CATENARIA BARRAS SE3.xls

ObjetivoCalcular geometria espacial de vanos cortos entre anclajes (por ejemplo utilizados en subestaciones)Se consideran cadenas de aisladores de anclaje, de tipo disco, tramo intermedio de conductor y eventuales cargas verticales adicionales (bajadas de conductores, conectores, etc)Se estima adicionalmente los rangos de balanceo lateral por efectos de viento y el acercamiento entre conductores en la peor condicion.Se modela el sistema como eslabones independientes de una cadena y se calcula mediante las ecuaciones de cuerpo libre (suma de fuerzas = 0, suma de momentos =0)No se calcula el cambio de estado por temperatura, pues es de poca importancia en tramos cortos.Descripcion

La coordenada Z representa la altura sobre un plano de referencia.

En esta hoja se calcula la geometria espacial del tendido del conductor C1. De la hoja DATOS, se extraen los datos necesarios (viento, aisladores y conductor)

Las cadenas de aisladores se modelan por 18 elementos rigidos acoplados. Se calcula el peso y longitud de estos aisladores virtuales de modo que el conjunto de18 elementos virtuales tenga una longitud y peso similar a la cadena completa real de aisladores.El tramo de conductor se modela en forma similar como una cadena con 70 elementos (eslabones).

Una vez ingresados los datos, se debe efectuar manualmente las iteraciones de calculo para obtener la geometria resultante de los esfuerzos mecánicos.Para ello seguir los siguientes pasos:

Paso 1Paso 2

Paso 3Aplicar los valores calculados por Solver.

Esta hoja es similar a la Hoja C1, y corresponde al segundo conductor. Se debe ingresar la tension mecanica horizontal (celda C12 ) que puede ser diferente a la de los otros conductoresSe efectua las iteraciones correspondientes en forma similar a como se explica para Hoja C1

Esta hoja es similar y corrsponde al conductor 3

RESULTADOSLos resultados quedan finalmente en la misma hoja DATOSEn matriz de celdas C27:I133 queda la geometria espacial del conductor C1En matriz de celdas K27:Q133 queda la geometria espacial del conductor C2En matriz de celdas S27:Y133 queda la geometria espacial del conductor C3La estructura de datos dentro de esta matriz es la siguiente:Columnas C y D, tienen las coordenadas x, y de la condicion del conductor sin vientoColumnas E y F tienen las coordenadas x, y de la condicion con viento positivoColumnas G y H tienen las coordenadas x, y de la condicion con viento en sentido contrario.Columna I contiene las coordenadas de altura zSimilarmente para conductores C2 y C2 en las matrices correspondientes

En las columnas AD, AE y AF, desde la fila 137 en adelante se calculan los acercamientos entre conductores, considerando el balanceo por efecto de vientoSe asume que cada tramo oscila entre las posiciones correspondientes a lo calculado con viento en sentidos opuestosSe calcula la distancia que aparece cuando los conductores están en la posicion mas cercana entre ellos.

Hoja DATOSSe ingresa los datos de las cadenas de aisladores (Longitud, peso unitario, superficie al viento, cantidad de aisladores por cadena) (celdas en amarillo de Se ingresa los datos del conductor (peso por metro, diametro) (celdas en amarillo de Se ingresa la presion de viento en kg/m2 que se utilizara (celda C14 )Se ingresa las coordenadas (X,Y,Z) de los puntos de anclaje para cada conductor C1, C2,C3 (matrices

Hoja C1

En esta hoja se debe ingresar la tension mecanica horizontal del conductor (en celda

En la columna H (entre celdas H4 a H109 ) es posible agregar cargas verticales adicionales (pesos) en uno o mas puntos del vano (ingresar valor en kg)

Ingresar inicialmente el valor del vano horizontal (celda C9 ) en la celda Copiar el valor resultante en la celda C24 a la celda C21, se observará que el error en vano horizontal (celda Repetir estos Paso 1 y Paso 2 hasta que la celda C23 contenga un valor cero

Ejecutar SOLVER ( menu "Herramientas" ) para lograr que la celda C29

Revisar nuevamente la celda C23 por si hay cambios. Si es diferente de cero, repetir la secuencia partiendo de Paso 1

Si bien parece tedioso, en pocas iteraciones se debiera lograr que las celdas C23 y C29

Hoja C2

Hoja C3

NOTASEn general, las celdas donde se ingresan valores por el usuario, estan remarcadas con color amarillo intenso.El resto de las celdas no debiera modificarse, ya que forman parte de los calculosEn pagina Referencias se incluye algunos esquemas que explican la metodologia de calculo y modelacion

Desarrollado por Rene Mendoza: 2005

Calcular geometria espacial de vanos cortos entre anclajes (por ejemplo utilizados en subestaciones)Se consideran cadenas de aisladores de anclaje, de tipo disco, tramo intermedio de conductor y eventuales cargas verticales adicionales (bajadas de conductores, conectores, etc)Se estima adicionalmente los rangos de balanceo lateral por efectos de viento y el acercamiento entre conductores en la peor condicion.Se modela el sistema como eslabones independientes de una cadena y se calcula mediante las ecuaciones de cuerpo libre (suma de fuerzas = 0, suma de momentos =0)No se calcula el cambio de estado por temperatura, pues es de poca importancia en tramos cortos.

En esta hoja se calcula la geometria espacial del tendido del conductor C1. De la hoja DATOS, se extraen los datos necesarios (viento, aisladores y conductor)

Las cadenas de aisladores se modelan por 18 elementos rigidos acoplados. Se calcula el peso y longitud de estos aisladores virtuales de modo que el conjunto de18 elementos virtuales tenga una longitud y peso similar a la cadena completa real de aisladores.El tramo de conductor se modela en forma similar como una cadena con 70 elementos (eslabones).

Una vez ingresados los datos, se debe efectuar manualmente las iteraciones de calculo para obtener la geometria resultante de los esfuerzos mecánicos.

Esta hoja es similar a la Hoja C1, y corresponde al segundo conductor. Se debe ingresar la tension mecanica horizontal (celda C12 ) que puede ser diferente a la de los otros conductoresSe efectua las iteraciones correspondientes en forma similar a como se explica para Hoja C1

Columnas C y D, tienen las coordenadas x, y de la condicion del conductor sin viento

Columnas G y H tienen las coordenadas x, y de la condicion con viento en sentido contrario.

En las columnas AD, AE y AF, desde la fila 137 en adelante se calculan los acercamientos entre conductores, considerando el balanceo por efecto de vientoSe asume que cada tramo oscila entre las posiciones correspondientes a lo calculado con viento en sentidos opuestosSe calcula la distancia que aparece cuando los conductores están en la posicion mas cercana entre ellos.

Se ingresa los datos de las cadenas de aisladores (Longitud, peso unitario, superficie al viento, cantidad de aisladores por cadena) (celdas en amarillo de C6 a C9 )Se ingresa los datos del conductor (peso por metro, diametro) (celdas en amarillo de C11 y C12 )

Se ingresa las coordenadas (X,Y,Z) de los puntos de anclaje para cada conductor C1, C2,C3 (matrices G7:I9 para primer anclaje, M7:O9 para el segundo)

En esta hoja se debe ingresar la tension mecanica horizontal del conductor (en celda C12 )

) es posible agregar cargas verticales adicionales (pesos) en uno o mas puntos del vano (ingresar valor en kg)

) en la celda C21 se observará que el error en vano horizontal (celda C23 )se acerca progresivamente a cero.

contenga un valor cero

Ejecutar SOLVER ( menu "Herramientas" ) para lograr que la celda C29 llegue al valor cero, cambiando la celda C27

por si hay cambios. Si es diferente de cero, repetir la secuencia partiendo de Paso 1

Si bien parece tedioso, en pocas iteraciones se debiera lograr que las celdas C23 y C29 queden ambas en cero, con lo que queda determinada la geometria del sistema C1

En general, las celdas donde se ingresan valores por el usuario, estan remarcadas con color amarillo intenso.

En pagina Referencias se incluye algunos esquemas que explican la metodologia de calculo y modelacion

Esta hoja es similar a la Hoja C1, y corresponde al segundo conductor. Se debe ingresar la tension mecanica horizontal (celda C12 ) que puede ser diferente a la de los otros conductores

CADENA AISLADORES ANCLAJE

LONG AISLADOR UNITARIO 0.146 m

PESO AISLADOR UNITARIO 6 kg C1

Superficie viento aislador 0.02 m2 C2

CANTIDAD AISLADORES / CADENA 24 c/u C3

CONDUCTOR

PESO UNIT CONDUCTOR 1.346 kg/m

Diametro conductor 29 mm

Presion de viento 40 kg/m2

Se reubican los tramos en la geometria Cable Traslacion (x,y) Rotacion (cos, sen)iniclal del sistema C1 0 6 0.999736

C2 0 7 0.998379C3 0 6 0.984694

CONDUCTOR C1X1 Y1 X1 Y1Sin viento Viento positivo

1 0 6 0 62 0.140879 5.99676 0.14124 6.0124723 0.283183 5.993487 0.283901 6.0246914 0.426925 5.990181 0.427994 6.036655 0.572117 5.986841 0.573532 6.0483436 0.71877 5.983468 0.720525 6.0597627 0.866893 5.980061 0.868982 6.07098 1.016496 5.976621 1.018914 6.0817519 1.167586 5.973146 1.170327 6.092307

10 1.320171 5.969636 1.323229 6.1025611 1.474257 5.966092 1.477625 6.11250312 1.629849 5.962513 1.63352 6.12212913 1.786949 5.9589 1.790918 6.13142914 1.94556 5.955252 1.949819 6.14039615 2.105682 5.951569 2.110224 6.1490216 2.267314 5.947852 2.272131 6.15729617 2.430452 5.9441 2.435537 6.16521318 2.595091 5.940313 2.600437 6.17276419 2.761224 5.936492 2.766824 6.1799420 3.309337 5.923885 3.315742 6.20237921 3.858013 5.911266 3.865202 6.22382422 4.407251 5.898633 4.4152 6.24427323 4.957049 5.885988 4.965737 6.26372324 5.507407 5.87333 5.516811 6.28217425 6.058322 5.860659 6.068418 6.299622

26 6.609793 5.847975 6.620559 6.31606627 7.161818 5.835278 7.173231 6.33150328 7.714395 5.822569 7.726433 6.34593229 8.267523 5.809847 8.280162 6.3593530 8.821201 5.797112 8.834418 6.37175531 9.375425 5.784365 9.389197 6.38314632 9.930196 5.771605 9.9445 6.39351933 10.48551 5.758833 10.50032 6.40287334 11.04137 5.746049 11.05666 6.41120735 11.59776 5.733251 11.61352 6.41851736 12.1547 5.720442 12.1709 6.42480237 12.71217 5.70762 12.72879 6.43006138 13.27018 5.694786 13.28718 6.4342939 13.82871 5.68194 13.84609 6.43748840 14.38778 5.669081 14.40551 6.43965341 14.94738 5.65621 14.96543 6.44078342 15.50751 5.643327 15.52585 6.44087543 16.06816 5.630432 16.08678 6.43992944 16.62933 5.617525 16.6482 6.43794245 17.19103 5.604606 17.21012 6.43491346 17.75324 5.591675 17.77254 6.43083847 18.31597 5.578733 18.33545 6.42571748 18.87922 5.565778 18.89885 6.41954749 19.44297 5.552812 19.46274 6.41232750 20.00724 5.539833 20.02712 6.40405551 20.57202 5.526844 20.59198 6.39472952 21.1373 5.513842 21.15732 6.38434653 21.70309 5.500829 21.72315 6.37290654 22.26938 5.487804 22.28945 6.36040655 22.83616 5.474768 22.85622 6.34684556 23.40345 5.461721 23.42347 6.3322257 23.97123 5.448662 23.99119 6.31653158 24.5395 5.435592 24.55937 6.29977459 25.10826 5.42251 25.12803 6.28194960 25.67751 5.409417 25.69714 6.26305461 26.24724 5.396313 26.26672 6.24308762 26.81746 5.383198 26.83676 6.22204763 27.38816 5.370072 27.40725 6.1999364 27.95934 5.356935 27.97819 6.17673765 28.53099 5.343787 28.54959 6.15246566 29.10311 5.330628 29.12143 6.12711367 29.67571 5.317459 29.69372 6.10067968 30.24877 5.304278 30.26646 6.07316169 30.8223 5.291087 30.83963 6.04455770 31.39629 5.277885 31.41324 6.01486771 31.97074 5.264673 31.98729 5.98408972 32.54565 5.25145 32.56177 5.9522273 33.12102 5.238217 33.13668 5.9192674 33.69683 5.224973 33.71202 5.88520775 34.2731 5.211719 34.28778 5.8500676 34.84981 5.198454 34.86396 5.81381677 35.42697 5.18518 35.44057 5.77647578 36.00457 5.171895 36.01759 5.73803579 36.5826 5.1586 36.59502 5.698494

80 37.16107 5.145295 37.17286 5.65785281 37.73998 5.131981 37.75111 5.61610682 38.31931 5.118656 38.32977 5.57325583 38.89907 5.105321 38.90882 5.52929984 39.47926 5.091977 39.48828 5.48423585 40.05986 5.078623 40.06813 5.43806386 40.64089 5.06526 40.64837 5.3907887 41.22233 5.051886 41.22901 5.34238688 41.80418 5.038504 41.81003 5.2928889 42.38644 5.025112 42.39143 5.24225990 42.56451 5.021016 42.56923 5.22637691 42.74383 5.016892 42.74827 5.20990292 42.92438 5.012739 42.92852 5.19283593 43.1061 5.00856 43.10993 5.17517294 43.28897 5.004354 43.29248 5.1569195 43.47292 5.000123 43.4761 5.13804996 43.65793 4.995868 43.66075 5.11858797 43.84392 4.99159 43.84638 5.09852598 44.03086 4.98729 44.03294 5.07786299 44.21868 4.98297 44.22037 5.056602

100 44.40732 4.978632 44.40861 5.034745101 44.59673 4.974275 44.5976 5.012294102 44.78683 4.969903 44.78727 4.989255103 44.97756 4.965516 44.97756 4.96563104 45.16885 4.961117 45.16839 4.941426105 45.36063 4.956706 45.35971 4.916648106 45.55283 4.952285 45.55142 4.891304107 45.74537 4.947857 45.74347 4.865401

X longitudinal Y viento +0.5 4 0.503296 5.9885 6.042535

1 7 0.889737 5.977 6.0805541.5 11 0.16545 5.9655 6.114096

2 14 0.339988 5.954 6.1433282.5 17 0.422429 5.9425 6.168403

3 19 0.435633 5.931 6.1897153.5 20 0.347497 5.9195 6.209831

4 21 0.258517 5.908 6.229114.5 22 0.168697 5.8965 6.247554

5 23 0.078041 5.885 6.2651635.5 23 0.986541 5.8735 6.281926

6 24 0.894136 5.862 6.2977756.5 25 0.800909 5.8505 6.312792

7 26 0.706865 5.839 6.3269787.5 27 0.612009 5.8275 6.340334

8 28 0.516345 5.816 6.352868.5 29 0.419877 5.8045 6.364559

9 30 0.322612 5.793 6.375439.5 31 0.224552 5.7815 6.38547510 32 0.125702 5.77 6.394695

10.5 33 0.026068 5.7585 6.40309111 33 0.925581 5.747 6.410587

11.5 34 0.824293 5.7355 6.417233

12 35 0.722234 5.724 6.42305712.5 36 0.619408 5.7125 6.428059

13 37 0.515821 5.701 6.43224213.5 38 0.411475 5.6895 6.435606

14 39 0.306377 5.678 6.43815114.5 40 0.200529 5.6665 6.439879

15 41 0.093938 5.655 6.44079115.5 41 0.986595 5.6435 6.440874

16 42 0.878428 5.632 6.44004416.5 43 0.769531 5.6205 6.4384

17 44 0.659908 5.609 6.43594317.5 45 0.549564 5.5975 6.432674

18 46 0.438503 5.586 6.42859318.5 47 0.326729 5.5745 6.423701

19 48 0.214247 5.563 6.41800119.5 49 0.101061 5.5515 6.411491

20 49 0.987165 5.54 6.40416120.5 50 0.872483 5.5285 6.395918

21 51 0.75711 5.517 6.38686821.5 52 0.641053 5.5055 6.377012

22 53 0.524314 5.494 6.36635222.5 54 0.406898 5.4825 6.354888

23 55 0.28881 5.471 6.34262123.5 56 0.170053 5.4595 6.329552

24 57 0.050634 5.448 6.31568224.5 57 0.930494 5.4365 6.300939

25 58 0.809657 5.425 6.28534225.5 59 0.68817 5.4135 6.268946

26 60 0.566036 5.402 6.25175226.5 61 0.443262 5.3905 6.233761

27 62 0.31985 5.379 6.21497327.5 63 0.195806 5.3675 6.195389

28 64 0.071133 5.356 6.17501128.5 64 0.945791 5.3445 6.153781

29 65 0.819771 5.333 6.13168229.5 66 0.693136 5.3215 6.10879

30 67 0.565891 5.31 6.08510630.5 68 0.438039 5.2985 6.060631

31 69 0.309585 5.287 6.03536631.5 70 0.180533 5.2755 6.009311

32 71 0.050888 5.264 5.98246732.5 71 0.920591 5.2525 5.954751

33 72 0.789669 5.241 5.92619333.5 73 0.658166 5.2295 5.896848

34 74 0.526089 5.218 5.86671634.5 75 0.393439 5.2065 5.8358

35 76 0.260222 5.195 5.80409935.5 77 0.126442 5.1835 5.771614

36 77 0.992097 5.172 5.73833836.5 78 0.857101 5.1605 5.704144

37 79 0.721555 5.149 5.66916837.5 80 0.585464 5.1375 5.633411

38 81 0.448832 5.126 5.59687338.5 82 0.311662 5.1145 5.559556

39 83 0.173959 5.103 5.5214639.5 84 0.035727 5.0915 5.482586

40 84 0.896896 5.08 5.44282340.5 85 0.75752 5.0685 5.402245

41 86 0.617628 5.057 5.36089141.5 87 0.477224 5.0455 5.31876

42 88 0.336313 5.034 5.27585542.5 89 0.637739 5.0225 5.23213

43 92 0.41614 5.011 5.18548543.5 95 0.146353 4.9995 5.135201

44 97 0.834917 4.988 5.08127344.5 100 0.489314 4.9765 5.023759

45 103 0.117326 4.965 4.9627945.5 105 0.725144 4.9535 4.89827

46 107 Err:502 Err:502 Err:50246.5 107 Err:502 Err:502 Err:502



49 107 Err:502 Err:502 Err:502

COORDENADAS ANCLAJES COORDENADAS ANCLAJES

ESTRUCTURA INICIO ESTRUCTURA FINAL

X Y Z X Y Z

0 6 31 C1 50 4.85 18

0 7 23.5 C2 50 9.85 18

0 6 16 C3 50 14.85 18

Rotacion (cos, sen)-0.0229940.0569080.174291

CONDUCTOR C2X1 Y1 Z1 X1 Y1 X1 Y1 X1 Y1Viento negativo cota vertical Sin viento Viento positivo Viento negativo

0 6 31 1 0 7 0 7 0 70.140517 5.981047 30.86662 2 0.184763 7.010531 0.184185 7.020662 0.18534 7.0004010.282465 5.962283 30.73473 3 0.370068 7.021094 0.368926 7.041139 0.371211 7.0010490.425857 5.943711 30.60439 4 0.555905 7.031687 0.55421 7.061425 0.5576 7.0019480.570703 5.92534 30.47564 5 0.74226 7.042309 0.740024 7.081521 0.744495 7.0030970.717015 5.907175 30.34852 6 0.929119 7.05296 0.926356 7.101421 0.931881 7.0044990.864804 5.889223 30.2231 7 1.116469 7.063639 1.113192 7.121124 1.119746 7.0061541.014078 5.87149 30.09941 8 1.304296 7.074345 1.300518 7.140626 1.308074 7.0080641.164845 5.853984 29.97752 9 1.492587 7.085077 1.48832 7.159926 1.496853 7.0102291.317114 5.836712 29.85748 10 1.681325 7.095836 1.676584 7.17902 1.686067 7.012651

1.47089 5.819681 29.73933 11 1.870496 7.106618 1.865293 7.197905 1.8757 7.0153321.626178 5.802898 29.62315 12 2.060086 7.117425 2.054434 7.216579 2.065737 7.018271.782981 5.786371 29.50898 13 2.250077 7.128254 2.24399 7.23504 2.256164 7.0214691.941302 5.770109 29.39688 14 2.440454 7.139106 2.433946 7.253284 2.446962 7.0249282.101141 5.754118 29.28692 15 2.631201 7.149978 2.624285 7.27131 2.638117 7.0286472.262497 5.738408 29.17916 16 2.822301 7.160871 2.814991 7.289114 2.829611 7.0326292.425366 5.722986 29.07366 17 3.013737 7.171783 3.006047 7.306693 3.021427 7.0368722.589744 5.707862 28.97048 18 3.205491 7.182713 3.197435 7.324047 3.213548 7.0413792.755625 5.693043 28.86969 19 3.397548 7.19366 3.389139 7.341172 3.405956 7.0461493.302931 5.645392 28.54322 20 4.010407 7.228593 4.000914 7.395133 4.019899 7.0620533.850824 5.598708 28.2176 21 4.623373 7.263532 4.612827 7.448553 4.633919 7.0785124.399301 5.552994 27.89282 22 5.236446 7.298477 5.224878 7.50143 5.248015 7.0955254.948362 5.508252 27.5689 23 5.849625 7.333429 5.837066 7.553764 5.862184 7.1130935.498004 5.464485 27.24583 24 6.462909 7.368386 6.44939 7.605555 6.476427 7.1312166.048226 5.421695 26.92362 25 7.076295 7.403349 7.061848 7.656803 7.090742 7.149894

0 10 20 30 40 50 600

2

4

6

8

10

12

14

16 Acercamientos extremos entre fases

C1-C2

C2-C3

C3-C1

eje longitudinal

Ace

rcam

ien

to e

ntr

e fa

ses

6.599027 5.379884 26.60227 26 7.689784 7.438318 7.67444 7.707508 7.705128 7.1691287.150405 5.339053 26.28178 27 8.303374 7.473292 8.287165 7.757668 8.319584 7.1889177.702358 5.299206 25.96217 28 8.917064 7.508273 8.900021 7.807284 8.934108 7.2092618.254885 5.260344 25.64342 29 9.530853 7.543259 9.513007 7.856356 9.5487 7.2301618.807984 5.22247 25.32555 30 10.14474 7.57825 10.12612 7.904884 10.16336 7.2516179.361653 5.185585 25.00855 31 10.75872 7.613247 10.73937 7.952866 10.77808 7.2736299.915892 5.149692 24.69244 32 11.3728 7.64825 11.35274 8.000303 11.39287 7.296196

10.4707 5.114793 24.37721 33 11.98698 7.683258 11.96623 8.047195 12.00772 7.3193211.02607 5.08089 24.06287 34 12.60125 7.718271 12.57986 8.093541 12.62264 7.343001

11.582 5.047986 23.74943 35 13.21561 7.75329 13.1936 8.139341 13.23761 7.36723812.1385 5.016082 23.43687 36 13.83006 7.788313 13.80747 8.184595 13.85265 7.392031

12.69555 4.98518 23.12521 37 14.4446 7.823342 14.42146 8.229303 14.46774 7.41738113.25317 4.955282 22.81446 38 15.05923 7.858376 15.03557 8.273464 15.08289 7.44328813.81134 4.926391 22.50461 39 15.67395 7.893415 15.6498 8.317078 15.6981 7.46975214.37006 4.898509 22.19567 40 16.28875 7.928459 16.26415 8.360145 16.31336 7.49677314.92934 4.871638 21.88764 41 16.90364 7.963508 16.87861 8.402664 16.92868 7.52435115.48916 4.845779 21.58052 42 17.51862 7.998561 17.49319 8.444636 17.54405 7.55248716.04954 4.820935 21.27432 43 18.13368 8.03362 18.10789 8.48606 18.15947 7.58117916.61046 4.797108 20.96905 44 18.74882 8.068683 18.7227 8.526936 18.77494 7.6104317.17193 4.7743 20.6647 45 19.36404 8.10375 19.33762 8.567264 19.39046 7.64023717.73394 4.752513 20.36127 46 19.97935 8.138823 19.95266 8.607043 20.00603 7.67060318.29649 4.731748 20.05878 47 20.59473 8.173899 20.5678 8.646273 20.62165 7.70152618.85958 4.712009 19.75722 48 21.21019 8.208981 21.18306 8.684955 21.23732 7.73300719.42321 4.693296 19.4566 49 21.82572 8.244066 21.79842 8.723087 21.85303 7.76504519.98737 4.675612 19.15693 50 22.44134 8.279156 22.41389 8.76067 22.46878 7.79764220.55206 4.658959 18.85819 51 23.05702 8.31425 23.02947 8.797704 23.08458 7.83079721.11728 4.643338 18.56041 52 23.67278 8.349349 23.64515 8.834187 23.70042 7.8645121.68303 4.628752 18.26358 53 24.28862 8.384451 24.26093 8.870121 24.3163 7.89878122.24931 4.615203 17.9677 54 24.90452 8.419558 24.87682 8.905505 24.93222 7.9336122.81611 4.602692 17.67278 55 25.52049 8.454668 25.49281 8.940338 25.54818 7.96899823.38343 4.591221 17.37882 56 26.13654 8.489783 26.1089 8.974621 26.16417 8.00494423.95127 4.580793 17.08583 57 26.75265 8.524901 26.72509 9.008353 26.7802 8.04144824.51962 4.571409 16.79381 58 27.36882 8.560023 27.34138 9.041534 27.39627 8.07851125.08849 4.563071 16.50275 59 27.98506 8.595149 27.95776 9.074164 28.01237 8.11613325.65788 4.55578 16.21267 60 28.60137 8.630278 28.57424 9.106243 28.6285 8.15431326.22777 4.549539 15.92357 61 29.21774 8.665411 29.19082 9.137771 29.24466 8.19305226.79817 4.54435 15.63546 62 29.83417 8.700548 29.80748 9.168746 29.86086 8.23234927.36907 4.540214 15.34832 63 30.45066 8.735688 30.42425 9.199171 30.47708 8.27220527.94048 4.537133 15.06218 64 31.06722 8.770831 31.0411 9.229043 31.09333 8.3126228.51239 4.535109 14.77702 65 31.68383 8.805978 31.65804 9.258363 31.70961 8.35359429.08479 4.534144 14.49286 66 32.3005 8.841128 32.27507 9.287131 32.32592 8.39512629.65769 4.534239 14.2097 67 32.91722 8.876282 32.89219 9.315346 32.94225 8.43721730.23109 4.535396 13.92754 68 33.534 8.911438 33.5094 9.343009 33.5586 8.47986730.80497 4.537617 13.64638 69 34.15083 8.946598 34.12669 9.370119 34.17497 8.52307631.37934 4.540903 13.36624 70 34.76772 8.98176 34.74407 9.396676 34.79137 8.566844

31.9542 4.545257 13.0871 71 35.38466 9.016926 35.36153 9.42268 35.40779 8.61117132.52954 4.55068 12.80898 72 36.00165 9.052094 35.97907 9.448132 36.02422 8.65605633.10535 4.557173 12.53187 73 36.61869 9.087265 36.5967 9.473029 36.64068 8.70150133.68165 4.564739 12.25579 74 37.23577 9.122439 37.2144 9.497374 37.25715 8.74750434.25842 4.573378 11.98073 75 37.85291 9.157616 37.83219 9.521165 37.87363 8.79406734.83566 4.583093 11.70669 76 38.47009 9.192795 38.45005 9.544402 38.49013 8.84118835.41337 4.593885 11.43369 77 39.08731 9.227977 39.06798 9.567085 39.10664 8.88886835.99154 4.605755 11.16172 78 39.70458 9.263161 39.686 9.589215 39.72317 8.93710736.57018 4.618706 10.89079 79 40.32189 9.298348 40.30408 9.61079 40.3397 8.985905

37.14928 4.632739 10.6209 80 40.93924 9.333537 40.92224 9.631812 40.95625 9.03526237.72884 4.647855 10.35205 81 41.55664 9.368728 41.54047 9.652279 41.5728 9.08517838.30885 4.664056 10.08425 82 42.17407 9.403922 42.15878 9.672191 42.18936 9.13565238.88932 4.681344 9.817496 83 42.79154 9.439118 42.77715 9.69155 42.80593 9.18668639.47023 4.699719 9.551796 84 43.40904 9.474315 43.39559 9.710353 43.4225 9.238278

40.0516 4.719184 9.287153 85 44.02658 9.509515 44.0141 9.728602 44.03907 9.29042940.6334 4.739739 9.023569 86 44.64416 9.544717 44.63267 9.746296 44.65565 9.343138

41.21564 4.761387 8.761047 87 45.26177 9.579921 45.25131 9.763436 45.27223 9.39640641.79833 4.784128 8.499591 88 45.87941 9.615126 45.87001 9.78002 45.88881 9.45023342.38144 4.807965 8.239203 89 46.49708 9.650334 46.48878 9.796049 46.50539 9.50461842.55978 4.815657 8.161543 90 46.69088 9.66138 46.68293 9.800862 46.69883 9.52189842.73939 4.823881 8.086923 91 46.88479 9.672433 46.87721 9.805419 46.89237 9.53944742.92023 4.832644 8.015407 92 47.07879 9.683491 47.0716 9.80972 47.08599 9.55726343.10227 4.841947 7.947059 93 47.27287 9.694554 47.26608 9.813763 47.27967 9.57534543.28546 4.851797 7.88194 94 47.46701 9.70562 47.46063 9.817549 47.47339 9.5936943.46975 4.862197 7.820113 95 47.66118 9.716687 47.65523 9.821077 47.66713 9.612298

43.6551 4.873148 7.761635 96 47.85537 9.727756 47.84986 9.824346 47.86087 9.63116643.84146 4.884655 7.706564 97 48.04955 9.738825 48.04451 9.827356 48.0546 9.65029344.02878 4.896718 7.654955 98 48.24371 9.749892 48.23914 9.830107 48.24829 9.66967744.21699 4.909339 7.606859 99 48.43783 9.760956 48.43375 9.832598 48.44191 9.68931544.40603 4.922519 7.562326 100 48.63189 9.772017 48.62831 9.83483 48.63547 9.70920544.59585 4.936256 7.521402 101 48.82586 9.783074 48.8228 9.836802 48.82892 9.72934644.78638 4.950551 7.484131 102 49.01973 9.794125 49.0172 9.838515 49.02226 9.74973444.97755 4.965403 7.450552 103 49.21348 9.805168 49.21149 9.839968 49.21546 9.770368

45.1693 4.980807 7.420702 104 49.40709 9.816204 49.40566 9.841162 49.40851 9.79124645.36155 4.996763 7.394611 105 49.60054 9.827231 49.59969 9.842097 49.60138 9.81236445.55423 5.013266 7.372309 106 49.79381 9.838247 49.79355 9.842774 49.79406 9.8337245.74726 5.030312 7.353818 107 49.98688 9.849252 49.98722 9.843193 49.98653 9.855312

Y viento - Altura Y viento + Y viento -5.934465 30.53959 3 0.699171 7.0285 7.055323 7.0016775.873446 30.11305 6 0.378336 7.057 7.108875 7.0051255.816904 29.72011 9 0.039278 7.0855 7.160676 7.0103245.764672 29.3595 11 0.683074 7.114 7.210661 7.0173395.716597 29.03007 14 0.312173 7.1425 7.258911 7.0260895.672285 28.72747 16 0.928244 7.171 7.305432 7.0365685.629169 28.43007 19 0.167171 7.1995 7.350193 7.048807

5.58689 28.13364 19 0.98302 7.228 7.394217 7.0617835.545446 27.83818 20 0.798728 7.2565 7.437801 7.0751995.504837 27.54369 21 0.614326 7.285 7.481037 7.0889635.465074 27.25018 22 0.429815 7.3135 7.523924 7.1030765.426225 26.95773 23 0.245196 7.342 7.566463 7.1175375.388208 26.66625 24 0.06047 7.3705 7.608654 7.1323465.351022 26.37573 24 0.875617 7.399 7.650429 7.1475715.314666 26.08618 25 0.690648 7.4275 7.691822 7.163178

5.27914 25.79758 26 0.505575 7.456 7.732867 7.1791335.244441 25.50995 27 0.320399 7.4845 7.773565 7.195435

5.21057 25.22328 28 0.135121 7.513 7.813915 7.2120855.177525 24.93757 28 0.949733 7.5415 7.85389 7.229115.145305 24.65282 29 0.764223 7.57 7.893442 7.2465585.113909 24.36902 30 0.578614 7.5985 7.932647 7.2643535.083413 24.08627 31 0.392906 7.627 7.971504 7.2824965.053767 23.8045 32 0.207101 7.6555 8.010015 7.300985

5.024943 23.52369 33 0.021199 7.684 8.048178 7.3198224.996941 23.24383 33 0.835177 7.7125 8.085902 7.3390984.969758 22.96492 34 0.649056 7.741 8.123268 7.3587324.943394 22.68696 35 0.462843 7.7695 8.160287 7.3787134.917849 22.40996 36 0.276536 7.798 8.196959 7.3990414.893121 22.1339 37 0.090138 7.8265 8.233284 7.4197164.869209 21.85879 37 0.903635 7.855 8.269208 7.4407924.846126 21.58464 38 0.717029 7.8835 8.304736 7.4622644.823956 21.31155 39 0.530334 7.912 8.339918 7.484082

4.8026 21.0394 40 0.343552 7.9405 8.374752 7.5062484.782057 20.7682 41 0.156683 7.969 8.40924 7.528764.762326 20.49794 41 0.969723 7.9975 8.443365 7.5516354.743407 20.22863 42 0.782657 8.026 8.477057 7.5749434.725299 19.96025 43 0.595507 8.0545 8.510402 7.5985984.707999 19.69282 44 0.408274 8.083 8.543401 7.6225994.691509 19.42632 45 0.220959 8.1115 8.576053 7.6469474.675839 19.16077 46 0.033563 8.14 8.60836 7.671644.661082 18.89629 46 0.846066 8.1685 8.640234 7.6967664.647132 18.63274 47 0.658487 8.197 8.671745 7.7222554.633988 18.37013 48 0.470829 8.2255 8.702909 7.7480914.621648 18.10845 49 0.283093 8.254 8.733727 7.7742734.610112 17.8477 50 0.095281 8.2825 8.764199 7.8008014.599379 17.58788 50 0.907382 8.311 8.794274 7.8277264.589448 17.329 51 0.719398 8.3395 8.82395 7.855054.580318 17.07104 52 0.53134 8.368 8.853281 7.8827194.572061 16.8141 53 0.34321 8.3965 8.882265 7.9107354.564658 16.55815 54 0.155008 8.425 8.910904 7.9390964.558054 16.30313 54 0.966731 8.4535 8.939179 7.9678214.552248 16.04903 55 0.778367 8.482 8.967023 7.9969774.547239 15.79586 56 0.589935 8.5105 8.994521 8.0264794.543027 15.54362 57 0.401435 8.539 9.021673 8.0563274.539611 15.29229 58 0.212868 8.5675 9.04848 8.086524.536989 15.04189 59 0.024235 8.596 9.074942 8.1170584.535219 14.79248 59 0.835519 8.6245 9.100967 8.1480334.534318 14.54408 60 0.646738 8.653 9.126633 8.179367

4.53421 14.29659 61 0.457893 8.6815 9.151954 8.2110464.534894 14.05003 62 0.268987 8.71 9.17693 8.243074.536369 13.80438 63 0.080019 8.7385 9.201561 8.2754394.538634 13.55965 63 0.89098 8.767 9.225786 8.3082144.541689 13.31584 64 0.701874 8.7955 9.249622 8.3413784.545533 13.07295 65 0.512711 8.824 9.273112 8.3748884.550249 12.83106 66 0.32349 8.8525 9.296258 8.4087424.555807 12.59015 67 0.134212 8.881 9.319059 8.4429414.562152 12.35016 67 0.944874 8.9095 9.341484 8.4775164.569284 12.11108 68 0.75547 8.938 9.36349 8.51251

4.5772 11.87291 69 0.566013 8.9665 9.385151 8.5478494.585901 11.63565 70 0.376503 8.995 9.406467 8.5835334.595386 11.3993 71 0.186941 9.0235 9.427438 8.6195624.605662 11.16387 71 0.997328 9.052 9.448064 8.6559364.616856 10.92951 72 0.807651 9.0805 9.46824 8.692764.628832 10.69605 73 0.617924 9.109 9.488072 8.7299284.641589 10.4635 74 0.428151 9.1375 9.50756 8.767444.655127 10.23185 75 0.23833 9.166 9.526703 8.8052974.669444 10.00111 76 0.048463 9.1945 9.545501 8.843499

4.68454 9.771275 76 0.858541 9.223 9.563877 8.8821234.700414 9.542341 77 0.668571 9.2515 9.58188 8.921124.717177 9.314439 78 0.478558 9.28 9.59954 8.960464.734755 9.087483 79 0.288504 9.3085 9.616855 9.0001454.753109 8.861428 80 0.098408 9.337 9.633826 9.040174

4.77224 8.636274 80 0.908265 9.3655 9.650401 9.0805994.792145 8.412019 81 0.718078 9.394 9.666578 9.121422

4.81287 8.189676 82 0.527852 9.4225 9.68241 9.162594.836515 7.986965 83 0.337588 9.451 9.697897 9.2041034.863799 7.811555 84 0.147289 9.4795 9.713041 9.2459594.894727 7.663475 84 0.956951 9.508 9.727817 9.2881834.929241 7.542301 85 0.76657 9.5365 9.742166 9.330834

4.96721 7.44705 86 0.576156 9.565 9.756171 9.3738295.00873 7.378439 87 0.385709 9.5935 9.769832 9.417168Err:502 Err:502 88 0.19523 9.622 9.783149 9.460851Err:502 Err:502 89 0.015047 9.6505 9.796121 9.504879Err:502 Err:502 91 0.593851 9.679 9.807973 9.550027Err:502 Err:502 94 0.1699 9.7075 9.818148 9.596852Err:502 Err:502 96 0.744814 9.736 9.826588 9.645412Err:502 Err:502 99 0.320368 9.7645 9.833313 9.695687Err:502 Err:502 101 0.898236 9.793 9.83834 9.74766

Vano horiz Desnivel

50.01322325 -13

50.08115913 -5.5

50.77718484 2

CONDUCTOR C3Z1 X1 Y1 X1 Y1 X1 Y1 Z1cota vertical Sin viento Viento positivo Viento negativo cota vertical

23.5 1 0 6 0 6 0 6 1623.44046831 2 0.188622 6.033386 0.18678 6.043788 0.190463 6.022984 15.9669723.38261766 3 0.377563 6.066829 0.373922 6.087399 0.381204 6.046259 15.9358123.32646268 4 0.566807 6.100325 0.561409 6.130827 0.572206 6.069823 15.9065223.27201777 5 0.756337 6.133872 0.749222 6.174067 0.763452 6.093676 15.8791123.21929703 6 0.946134 6.167466 0.937346 6.217116 0.954922 6.117815 15.8535823.16831428 7 1.136181 6.201104 1.125762 6.259968 1.1466 6.14224 15.8299623.11908302 8 1.32646 6.234783 1.314453 6.302619 1.338466 6.166948 15.80824

23.0716164 9 1.516952 6.2685 1.5034 6.345063 1.530503 6.191938 15.7884223.02592727 10 1.707638 6.302252 1.692585 6.387297 1.722691 6.217207 15.7705322.98202808 11 1.898501 6.336035 1.881991 6.429315 1.915012 6.242755 15.7545522.93993092 12 2.089522 6.369845 2.071598 6.471113 2.107446 6.268578 15.7405

22.8996475 13 2.280681 6.403681 2.261387 6.512686 2.299975 6.294675 15.7283922.86118909 14 2.471959 6.437537 2.45134 6.554031 2.492579 6.321043 15.7182122.82456657 15 2.663337 6.471411 2.641437 6.595142 2.685238 6.34768 15.7099622.78979038 16 2.854797 6.505299 2.83166 6.636015 2.877933 6.374583 15.7036622.75687049 17 3.046318 6.539198 3.021989 6.676646 3.070646 6.401751 15.699322.72581643 18 3.23788 6.573105 3.212406 6.71703 3.263355 6.42918 15.6968922.69663726 19 3.429466 6.607015 3.40289 6.757163 3.456042 6.456868 15.6964222.60691509 20 4.046455 6.716223 4.016454 6.885719 4.076456 6.546726 15.69837

22.5178183 21 4.663459 6.825432 4.630132 7.013718 4.696785 6.637147 15.7009822.42934727 22 5.280477 6.934644 5.243924 7.141158 5.317029 6.728131 15.7042522.34150238 23 5.897507 7.043859 5.857827 7.26804 5.937187 6.819678 15.7081822.25428399 24 6.514548 7.153075 6.47184 7.394363 6.557256 6.911787 15.71278

22.1676925 25 7.1316 7.262293 7.085963 7.520128 7.177237 7.004459 15.71803

0 10 20 30 40 50 600

2

4

6

8

10

12

14

16 Acercamientos extremos entre fases

C1-C2

C2-C3

C3-C1

eje longitudinal

Ace

rcam

ien

to e

ntr

e fa

ses

22.08172825 26 7.748661 7.371513 7.700195 7.645333 7.797127 7.097693 15.7239521.99639163 27 8.365729 7.480734 8.314533 7.769979 8.416926 7.191489 15.7305321.91168298 28 8.982804 7.589956 8.928977 7.894066 9.036632 7.285847 15.7377721.82760268 29 9.599885 7.69918 9.543526 8.017592 9.656244 7.380767 15.7456721.74415107 30 10.21697 7.808404 10.15818 8.140559 10.27576 7.476248 15.7542321.66132852 31 10.83406 7.917628 10.77293 8.262965 10.89518 7.572291 15.7634521.57913536 32 11.45115 8.026853 11.38779 8.384811 11.51451 7.668895 15.7733321.49757195 33 12.06824 8.136078 12.00274 8.506096 12.13373 7.76606 15.7838821.41663863 34 12.68533 8.245303 12.6178 8.62682 12.75285 7.863786 15.7950821.33633574 35 13.30241 8.354527 13.23295 8.746983 13.37188 7.962072 15.8069521.25666362 36 13.9195 8.463751 13.8482 8.866584 13.9908 8.060919 15.81947

21.1776226 37 14.53658 8.572975 14.46354 8.985623 14.60962 8.160326 15.8326621.099213 38 15.15365 8.682197 15.07898 9.1041 15.22833 8.260293 15.84651

21.02143517 39 15.77072 8.791418 15.69451 9.222016 15.84694 8.36082 15.8610220.94428941 40 16.38778 8.900638 16.31013 9.339369 16.46544 8.461907 15.8761920.86777606 41 17.00484 9.009856 16.92584 9.456159 17.08383 8.563553 15.8920220.79189543 42 17.62188 9.119072 17.54164 9.572386 17.70211 8.665758 15.9085120.71664782 43 18.23891 9.228287 18.15753 9.688051 18.32029 8.768523 15.9256620.64203356 44 18.85593 9.337499 18.77351 9.803152 18.93835 8.871846 15.9434720.56805294 45 19.47293 9.446709 19.38957 9.91769 19.55629 8.975728 15.9619520.49470628 46 20.08992 9.555916 20.00571 10.03166 20.17413 9.080168 15.9810820.42199387 47 20.70689 9.66512 20.62194 10.14507 20.79184 9.185166 16.0008820.34991601 48 21.32385 9.774321 21.23825 10.25792 21.40945 9.290722 16.02133

20.278473 49 21.94079 9.883519 21.85464 10.3702 22.02693 9.396835 16.0424420.20766511 50 22.5577 9.992714 22.47111 10.48192 22.64429 9.503506 16.0642220.13749265 51 23.1746 10.1019 23.08766 10.59307 23.26154 9.610734 16.0866520.06795589 52 23.79147 10.21109 23.70429 10.70366 23.87866 9.718519 16.1097519.99905511 53 24.40833 10.32027 24.32099 10.81369 24.49566 9.826861 16.133519.93079059 54 25.02515 10.42945 24.93777 10.92315 25.11254 9.935759 16.15792

19.8631626 55 25.64195 10.53863 25.55462 11.03204 25.72929 10.04521 16.1829919.79617142 56 26.25873 10.64779 26.17154 11.14037 26.34591 10.15522 16.20872

19.7298173 57 26.87548 10.75696 26.78854 11.24813 26.96241 10.26579 16.2351219.66410052 58 27.49219 10.86612 27.4056 11.35533 27.57878 10.37691 16.2621719.59902132 59 28.10888 10.97527 28.02274 11.46196 28.19502 10.48859 16.2898819.53457998 60 28.72553 11.08442 28.63994 11.56802 28.81113 10.60082 16.3182519.47077673 61 29.34216 11.19356 29.2572 11.67352 29.42711 10.7136 16.3472819.40761182 62 29.95874 11.3027 29.87454 11.77845 30.04295 10.82694 16.3769719.34508552 63 30.5753 11.41183 30.49193 11.88282 30.65866 10.94084 16.4073119.28319804 64 31.19181 11.52095 31.10939 11.98662 31.27424 11.05528 16.4383219.22194964 65 31.80829 11.63007 31.72691 12.08985 31.88968 11.17028 16.4699819.16134055 66 32.42473 11.73918 32.34449 12.19252 32.50498 11.28584 16.50231

19.101371 67 33.04113 11.84828 32.96213 12.29462 33.12014 11.40194 16.5352919.04204122 68 33.65749 11.95738 33.57983 12.39615 33.73516 11.5186 16.5689218.98335143 69 34.27381 12.06646 34.19759 12.49711 34.35004 11.63581 16.6032218.92530185 70 34.89009 12.17555 34.8154 12.59751 34.96477 11.75358 16.6381718.86789271 71 35.50631 12.28462 35.43326 12.69734 35.57937 11.87189 16.6737918.81112421 72 36.1225 12.39368 36.05118 12.79661 36.19382 11.99076 16.7100618.75499657 73 36.73863 12.50274 36.66915 12.8953 36.80812 12.11018 16.7469818.69950999 74 37.35472 12.61179 37.28717 12.99343 37.42227 12.23014 16.7845618.64466467 75 37.97076 12.72082 37.90524 13.09099 38.03628 12.35066 16.822818.59046082 76 38.58675 12.82985 38.52336 13.18798 38.65014 12.47173 16.861718.53689864 77 39.20269 12.93888 39.14153 13.2844 39.26384 12.59335 16.9012518.48397831 78 39.81857 13.04789 39.75974 13.38026 39.8774 12.71552 16.9414618.43170002 79 40.4344 13.15689 40.378 13.47554 40.4908 12.83823 16.98233

18.38006396 80 41.05017 13.26588 40.9963 13.57026 41.10405 12.9615 17.0238518.32907032 81 41.66589 13.37486 41.61464 13.66441 41.71714 13.08531 17.0660318.27871926 82 42.28155 13.48383 42.23303 13.758 42.33008 13.20967 17.1088618.22901097 83 42.89715 13.5928 42.85145 13.85101 42.94286 13.33458 17.1523518.17994562 84 43.51269 13.70175 43.46991 13.94345 43.55548 13.46004 17.1964918.13152337 85 44.12818 13.81069 44.08841 14.03533 44.16794 13.58604 17.2412918.08374438 86 44.74359 13.91962 44.70695 14.12664 44.78024 13.71259 17.2867418.03660883 87 45.35895 14.02853 45.32552 14.21738 45.39237 13.83969 17.3328517.99011686 88 45.97424 14.13744 45.94413 14.30755 46.00435 13.96733 17.3796117.94426864 89 46.58946 14.24634 46.56277 14.39715 46.61616 14.09552 17.4270317.93095557 90 46.78042 14.28013 46.75482 14.42474 46.80601 14.13552 17.44282

17.9195769 91 46.9712 14.3139 46.94675 14.45206 46.99566 14.17574 17.4605317.91013588 92 47.16179 14.34764 47.13853 14.4791 47.18506 14.21618 17.4801617.90263514 93 47.35218 14.38134 47.33014 14.50585 47.37422 14.25682 17.501717.89707677 94 47.54233 14.41499 47.52157 14.53232 47.5631 14.29767 17.5251517.89346224 95 47.73224 14.44861 47.71279 14.5585 47.75169 14.33872 17.5504917.89179243 96 47.92189 14.48217 47.9038 14.58439 47.93998 14.37996 17.5777317.89206765 97 48.11125 14.51569 48.09456 14.60999 48.12794 14.4214 17.6068517.89428759 98 48.30032 14.54916 48.28507 14.63529 48.31557 14.46302 17.6378417.89845136 99 48.48907 14.58257 48.47531 14.66031 48.50283 14.50482 17.670717.90455749 100 48.67749 14.61592 48.66526 14.68502 48.68972 14.54681 17.70541

17.9126039 101 48.86556 14.6492 48.85489 14.70944 48.87622 14.58896 17.7419717.92258794 102 49.05326 14.68243 49.0442 14.73357 49.06231 14.63129 17.7803617.93450637 103 49.24058 14.71558 49.23318 14.75739 49.24798 14.67377 17.8205817.94835539 104 49.4275 14.74867 49.42179 14.78092 49.43321 14.71642 17.86261

17.9641306 105 49.61401 14.78168 49.61003 14.80414 49.61798 14.75922 17.9064517.98182706 106 49.80009 14.81462 49.79788 14.82706 49.80229 14.80217 17.9520718.00143927 107 49.98572 14.84747 49.98533 14.84968 49.98611 14.84526 17.99946

Altura Y viento + Y viento - Altura23.34335571 3 0.646978 6.0885 6.115496 6.061504 15.9168623.20000844 6 0.283435 6.177 6.229262 6.124738 15.8468923.06982181 8 0.911012 6.2655 6.341286 6.189714 15.7901922.95327259 11 0.531349 6.354 6.451524 6.256476 15.7470922.84975654 14 0.146521 6.4425 6.560055 6.324945 15.71722.75923269 16 0.758159 6.531 6.666819 6.395181 15.7003622.68163829 19 0.11432 6.6195 6.77186 6.46714 15.69664

22.6084386 19 0.924707 6.708 6.87604 6.53996 15.6982222.53575101 20 0.735076 6.7965 6.979808 6.613192 15.7002922.46346825 21 0.545432 6.885 7.083227 6.686773 15.70276

22.3915902 22 0.355774 6.9735 7.186299 6.760701 15.7056522.32011676 23 0.166104 7.062 7.289022 6.834978 15.7089522.24904781 23 0.976422 7.1505 7.391385 6.909615 15.7126722.17846305 24 0.786728 7.239 7.493305 6.984695 15.7169122.10832147 25 0.597024 7.3275 7.594878 7.060122 15.7215722.03858417 26 0.407312 7.416 7.696103 7.135897 15.7266321.96925104 27 0.217592 7.5045 7.796979 7.212021 15.732121.90032198 28 0.027866 7.593 7.897508 7.288492 15.7379921.83182916 28 0.838133 7.6815 7.997598 7.365402 15.7443921.76382705 29 0.648396 7.77 8.097323 7.442677 15.7512221.69622881 30 0.458655 7.8585 8.196701 7.520299 15.7584621.62903432 31 0.268912 7.947 8.295731 7.598269 15.76611

21.5622435 32 0.079167 8.0355 8.394413 7.676587 15.77417

21.49585624 32 0.889422 8.124 8.492685 7.755315 15.7827121.42997834 33 0.699677 8.2125 8.590564 7.834436 15.7917221.36451753 34 0.509933 8.301 8.688095 7.913905 15.8011321.29946009 35 0.320192 8.3895 8.785278 7.993722 15.8109621.23480592 36 0.130455 8.478 8.882113 8.073887 15.8211921.17055493 36 0.940722 8.5665 8.978567 8.154433 15.8318821.10676897 37 0.750995 8.655 9.074599 8.235401 15.8430621.04344405 38 0.561275 8.7435 9.170283 8.316717 15.8546520.98052212 39 0.371563 8.832 9.26562 8.39838 15.86665

20.9180031 40 0.181858 8.9205 9.360608 8.480392 15.8790720.85588688 40 0.992163 9.009 9.455243 8.562757 15.8918920.79419287 41 0.80248 9.0975 9.549429 8.645571 15.9052520.73300236 42 0.612809 9.186 9.643267 8.728733 15.9190220.67221449 43 0.423151 9.2745 9.736756 8.812244 15.933220.61182917 44 0.233505 9.363 9.829897 8.896103 15.9477920.55184632 45 0.043874 9.4515 9.92269 8.98031 15.9627920.49226585 45 0.854261 9.54 10.01505 9.064947 15.9782920.43318676 46 0.664665 9.6285 10.10704 9.149956 15.9942420.37453158 47 0.475086 9.717 10.19869 9.235314 16.0105920.31627861 48 0.285526 9.8055 10.28998 9.32102 16.0273620.25842777 49 0.095984 9.894 10.38093 9.407074 16.04453

20.200979 49 0.906465 9.9825 10.47147 9.493529 16.0621820.14399185 50 0.71697 10.071 10.56161 9.580385 16.080320.08746804 51 0.527497 10.1595 10.65141 9.66759 16.0988320.03134614 52 0.338048 10.248 10.74086 9.755144 16.1177819.97562606 53 0.148621 10.3365 10.82995 9.843045 16.1371319.92030774 53 0.959222 10.425 10.91868 9.931318 16.1569219.86541253 54 0.769854 10.5135 11.00698 10.02002 16.1772219.81101887 55 0.580513 10.602 11.09492 10.10908 16.1979319.75702682 56 0.3912 10.6905 11.18252 10.19848 16.2190519.70343631 57 0.201916 10.779 11.26977 10.28823 16.2405819.65024726 58 0.012661 10.8675 11.35668 10.37832 16.2625219.59745962 58 0.823445 10.956 11.44313 10.46887 16.2849919.54517934 59 0.634262 11.0445 11.52923 10.55977 16.3078719.49331601 60 0.445112 11.133 11.61498 10.65102 16.3311719.44185395 61 0.255995 11.2215 11.70038 10.74262 16.3548819.39079309 62 0.066913 11.31 11.78544 10.83456 16.37919.34013336 62 0.877873 11.3985 11.87007 10.92693 16.4036119.28994502 63 0.688874 11.487 11.95432 11.01968 16.4286719.24020936 64 0.499912 11.5755 12.03823 11.11277 16.4541519.19087471 65 0.310989 11.664 12.12178 11.20622 16.4800419.14194101 66 0.122105 11.7525 12.20499 11.30001 16.5063319.09340821 66 0.933266 11.841 12.2878 11.3942 16.5330919.04531181 67 0.744476 11.9295 12.37021 11.48879 16.5603318.99770283 68 0.555729 12.018 12.45226 11.58374 16.5879818.95049463 69 0.367026 12.1065 12.53396 11.67904 16.6160518.90368715 70 0.178366 12.195 12.61532 11.77468 16.6445318.85728035 70 0.989753 12.2835 12.69632 11.87068 16.6734218.81127589 71 0.801199 12.372 12.77687 11.96713 16.7028418.76579269 72 0.612693 12.4605 12.85707 12.06393 16.7326818.72071005 73 0.424234 12.549 12.93693 12.16107 16.7629318.67602794 74 0.235826 12.6375 13.01643 12.25857 16.7935818.63174628 75 0.047467 12.726 13.09559 12.35641 16.8246518.58786505 75 0.85917 12.8145 13.17432 12.45468 16.85622

18.54447552 76 0.670931 12.903 13.25267 12.55333 16.8882418.50151764 77 0.482744 12.9915 13.33068 12.65232 16.9206718.45896009 78 0.294612 13.08 13.40833 12.75167 16.953518.41680282 79 0.106534 13.1685 13.48563 12.85137 16.9867518.37504579 79 0.91852 13.257 13.56255 12.95145 17.0204718.33374819 80 0.730572 13.3455 13.63905 13.05195 17.0546618.29291434 81 0.542683 13.434 13.7152 13.1528 17.0892718.25248065 82 0.354853 13.5225 13.791 13.254 17.1242918.21244707 83 0.167083 13.611 13.86646 13.35554 17.1597218.17281357 83 0.979376 13.6995 13.94155 13.45745 17.1955818.13360792 84 0.791747 13.788 14.0162 13.5598 17.2319618.09489744 85 0.604182 13.8765 14.0905 13.6625 17.2687518.05658697 86 0.41668 13.965 14.16445 13.76555 17.3059518.01867646 87 0.229243 14.0535 14.23805 13.86895 17.34357

17.9811659 88 0.041872 14.142 14.3113 13.9727 17.381617.94406831 88 0.854584 14.2305 14.38412 14.07688 17.4201317.91397034 91 0.151099 14.319 14.45615 14.18185 17.4634917.89646266 93 0.777378 14.4075 14.52643 14.28857 17.5199317.89199742 96 0.412488 14.496 14.59495 14.39705 17.5897417.90040757 99 0.058006 14.5845 14.66174 14.50726 17.6727117.92157193 101 0.716269 14.673 14.72672 14.61928 17.76947

cota vertical123456789

10111213141516171819202122232425

262728293031323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576777879

8081828384858687888990919293949596979899

100101102103104105106107

DIFERENCIA EJE Y Distancia maximo acercamientoC1-C2 C2-C3 C3-C1 C1-C2 C2-C3 C3-C10.959143 0.886182 0.01897 7.259872 7.479183 14.62274

0.92457 0.775863 0.044184 6.974597 7.39394 14.266230.896228 0.669038 0.075618 6.710406 7.310315 13.930130.874011 0.565815 0.113148 6.465572 7.228363 13.612880.857686 0.466034 0.156543 6.239546 7.147966 13.313990.846853 0.369749 0.205465 6.028016 7.068554 13.028730.838976 0.276947 0.257309 5.809329 6.990487 12.736030.832673 0.185743 0.31085 5.58759 6.912714 12.43930.827645 0.095391 0.365638 5.366631 6.83613 12.1434

0.8238 0.005736 0.421609 5.146578 6.760707 11.848430.821151 0.083223 0.478775 4.927491 6.686457 11.554450.819762 0.171486 0.537202 4.709508 6.613392 11.26160.819554 0.21727 0.596823 4.492585 6.539987 10.969820.820593 0.157123 0.657716 4.27673 6.463459 10.679090.822844 0.096944 0.719788 4.062068 6.38749 10.389570.826272 0.036765 0.783037 3.84874 6.312061 10.101350.830876 0.016586 0.847462 3.636884 6.237169 9.8145060.836655 0.076407 0.913062 3.426669 6.162808 9.529140.843635 0.136292 0.979928 3.218284 6.088966 9.2452620.851863 0.196119 1.047982 3.011965 6.015807 8.9630760.861262 0.255946 1.117208 2.808128 5.943285 8.6827380.871909 0.315773 1.187682 2.607339 5.871425 8.4045010.883753 0.333428 1.259354 2.410131 5.797672 8.128482

0.896766 0.292862 1.332259 2.217271 5.720647 7.8547850.911038 0.251466 1.406377 2.029789 5.643867 7.583658

0.92649 0.209363 1.481663 1.849236 5.567324 7.3154090.943108 0.166565 1.558117 1.677683 5.491029 7.050333

0.96089 0.123072 1.635736 1.517989 5.415011 6.7887730.979837 0.07885 1.714554 1.374086 5.339258 6.531091

1 0.033807 1.79461 1.251212 5.263817 6.2777051.021389 0.01198 1.875842 1.15591 5.188805 6.0292221.044038 0.058463 1.958336 1.09526 5.114201 5.7863581.067847 0.10564 2.041992 1.074726 5.040043 5.5496671.092817 0.153516 2.126813 1.096329 4.966365 5.3199351.118961 0.202206 2.212897 1.157513 4.89312 5.0980131.146351 0.251677 2.300141 1.252403 4.820556 4.8850141.174897 0.301842 2.388543 1.37378 4.748618 4.6821251.204599 0.352702 2.478102 1.515138 4.677358 4.4906821.235455 0.404256 2.568818 1.671276 4.60683 4.3121781.267479 0.456587 2.660785 1.838308 4.537006 4.1482481.300848 0.509722 2.754038 2.01352 4.468119 4.0008281.335388 0.563569 2.848446 2.194789 4.400179 3.8716011.371079 0.618111 2.944007 2.380624 4.333232 3.7624111.407921 0.673347 3.040722 2.569955 4.267353 3.6750131.445913 0.72933 3.138641 2.761991 4.202567 3.6109741.485105 0.786112 3.237764 2.956219 4.139026 3.5715431.525498 0.84364 3.338038 3.152189 4.076877 3.55751.567037 0.901863 3.439462 3.349477 4.01614 3.5691191.609796 0.96078 3.542106 3.54777 3.956912 3.6062181.653753 1.020414 3.645976 3.746864 3.899273 3.6679871.698874 1.080843 3.751076 3.946649 3.843305 3.7531891.745225 1.142052 3.857323 4.147089 3.789289 3.8601951.792719 1.203955 3.964715 4.34795 3.737219 3.9872361.841354 1.266552 4.073253 4.549142 3.687214 4.132451.891131 1.329843 4.182934 4.750594 3.639394 4.2939821.942048 1.393927 4.293858 4.952246 3.593816 4.4701791.994252 1.458803 4.405988 5.154144 3.550811 4.6593082.047685 1.524385 4.519337 5.356117 3.510401 4.8598472.102255 1.590662 4.633826 5.558165 3.472697 5.0703932.157963 1.657632 4.749456 5.760258 3.437828 5.2897482.214808 1.725365 4.866295 5.962375 3.405887 5.5169552.272848 1.793889 4.984309 6.164582 3.377117 5.7510532.332068 1.863151 5.103462 6.366841 3.351637 5.9911852.392421 1.933107 5.223752 6.569074 3.329498 6.2366542.453991 2.003757 5.345264 6.771209 3.310811 6.4868682.516749 2.075137 5.468003 6.973258 3.295671 6.7413472.580669 2.14731 5.591946 7.175297 3.284217 6.999672.645794 2.220251 5.717025 7.377384 3.276623 7.261338

2.71205 2.293886 5.843237 7.579407 3.27285 7.5260072.779434 2.368215 5.970582 7.781362 3.272957 7.7933742.847947 2.443242 6.099066 7.983248 3.276991 8.0631842.917598 2.519065 6.22879 8.185058 3.284992 8.335352.988615 2.595685 6.359781 8.386848 3.29714 8.6095093.060759 2.672999 6.491903 8.588565 3.313283 8.8854833.134029 2.751006 6.625155 8.790211 3.333412 9.1631143.208424 2.829707 6.759536 8.991786 3.357504 9.4422633.283943 2.90918 6.895125 9.193292 3.385544 9.722927

3.360664 2.989452 7.031869 9.394845 3.417593 10.004923.438534 3.070444 7.169739 9.596372 3.453509 10.288093.517637 3.15213 7.308847 9.797757 3.493183 10.57235

3.5979 3.23451 7.44912 9.999055 3.536538 10.857623.679284 3.317629 7.590564 10.2003 3.58351 11.14393.761838 3.401552 7.733193 10.40156 3.63409 11.431173.845567 3.486224 7.876946 10.60285 3.688158 11.719263.930461 3.571589 8.021869 10.80317 3.745538 12.00744.018618 3.657647 8.17006 10.9868 3.806128 12.28374.110758 3.744412 8.322252 11.14693 3.869832 12.54272

4.20691 3.831987 8.47853 11.2837 3.936634 12.784424.307075 3.920337 8.638744 11.39773 4.00644 13.008914.406619 4.009382 8.798343 11.48828 4.079043 13.213964.408438 4.09912 8.860222 11.51733 4.154342 13.33444

Err:502 4.189552 Err:502 Err:502 4.232237 Err:502Err:502 4.28076 Err:502 Err:502 4.312704 Err:502Err:502 4.37388 Err:502 Err:502 4.397017 Err:502Err:502 4.470427 Err:502 Err:502 4.486256 Err:502Err:502 4.570466 Err:502 Err:502 4.58045 Err:502Err:502 4.673947 Err:502 Err:502 4.67949 Err:502Err:502 4.780936 Err:502 Err:502 4.783355 Err:502


LONG AISL UNITARIO 0.146 m

PESO AISL UNITARIO 6 kg AISL1

CANTIDAD AISL / CADENA 24 c/u AISL2

CONDUCTOR AISL3

PESO UNIT CONDUCTOR 1.346 kg/m AISL4

VANO HORIZONTAL AISL5

VANO HORIZ ENTRE ANCLAJES D 50.01322325 m AISL6

Desnivel anclaje 2 respecto a anclaje 1 -13 m AISL7

AISL8

TENSION HORIZONTAL A 400 kg AISL9

AISL10

Modelacion conductor AISL11

Largo elemento conductor 0.6390583 m AISL12

Peso elemento conductor 0.860172471 kg AISL13

Modelacion cadena aisladores AISL14

largo elemento cadena aisladora 0.194666667 m AISL15

peso elemento cadena aisladora 8 kg AISL16

AISL17

Long total aisl+conduc B 51.74208097 m AISL18

Vano horizontal resultante 45.79887276 m COND1

Error en vano horizontal 4.214 COND2

H 55.95643146 COND3

COND4

Peso total elementos / 2 174.1060365 COND5

Fuerza reaccion vertical anclaje 1 D 382.6151622 kg COND6

Desnivel anclaje 2 resultante -23.6657217 m COND7

Diferencia E 10.666 m COND8

Usar solver para lograr E = 0 ajustando D COND9

COND1

Tension resultante en anclaje 1 COND11

Horizontal 400.0 kg COND12

Vertical (si es negativo hay uplift) 382.6 kg COND13

Total 553.5 kg COND14

Tension resultante en anclaje 2 COND15

Horizontal 400.0 kg COND16

Vertical (si es negativo hay uplift) -34.4 kg COND17

Total 401.5 kg COND18

COND19

Corregir iterativamente B con este valor

A21

INICIAR CON UN VALOR IGUAL A VANO HORIZONTAL ENTRE ANCLAJES (D) LUEGO CORREGIR SUCESIVAMENTE CON VALOR CALCULADO EN (H) PARA APROXIMAR EL VANO AL DESEADO. Se debe lograr "error en vano horizontal" ---> 0

FLECHA CADENA AISLADORES 2.035 COND20

FLECH TRAMO CONDUCTOR 20.743 COND21

FLECHA TOTAL 22.777 COND22

COND23

COND24

ESTIMACION DESPLAZAMIENTO LATERAL POR VIENTO COND25

Presion de viento 40 kg/m2 COND26

COND27

Diametro conductor 29 mm COND28

Superficie viento aislador 0.02 m2 COND29

COND30

Superficie viento elemento cadena 0.026666667 m2 COND31

Superficie viento elemento conductor 0.018532691 m2 COND32

COND33

Vector unitario Anclaje 1 --> Anclaje 2 x 0.967838708 COND34

y -0.25157153 COND35

Coordenadas inicio - fin conductor 2.768653992 -2.1356282 COND36

42.42618985 -22.777406 COND37

COND38

Vector unitario entre grampas conductor x 0.887034914 COND39

y -0.46170235 COND40

COND41

COND42

COND43

COND44

COND45

COND46

COND47

COND48

COND49

COND50

COND51

COND52

COND53

COND54

COND55

COND56

COND57

COND58

COND59

COND60

COND61

COND62

COND63

COND64

COND65

COND66

COND67

COND68

COND69

COND70

AISL18

AISL17

AISL16

AISL15

AISL14

AISL13

AISL12

AISL11

AISL10

AISL9

AISL8

AISL7

AISL6

AISL5

AISL4

AISL3

AISL2

AISL1

peso total

peso medio

CALCULO EN CONDICION SIN VIENTO

Peso adiPeso el W L X1 Z1 X2 Z2 FX1 FZ1

kg

8 8 0.1947 anclaje 1 0 0 0.14138 -0.1338 400 382.615

8 8 0.1947 0.14138 -0.1338 0.28417 -0.2661 400 374.615

8 8 0.1947 0.28417 -0.2661 0.4284 -0.3969 400 366.615

8 8 0.1947 0.4284 -0.3969 0.57406 -0.526 400 358.615

8 8 0.1947 0.57406 -0.526 0.72118 -0.6535 400 350.615

8 8 0.1947 0.72118 -0.6535 0.86976 -0.7793 400 342.615

8 8 0.1947 0.86976 -0.7793 1.0198 -0.9033 400 334.615

8 8 0.1947 1.0198 -0.9033 1.17133 -1.0255 400 326.615

8 8 0.1947 1.17133 -1.0255 1.32434 -1.1458 400 318.615

8 8 0.1947 1.32434 -1.1458 1.47884 -1.2643 400 310.615

8 8 0.1947 1.47884 -1.2643 1.63483 -1.3807 400 302.615

8 8 0.1947 1.63483 -1.3807 1.79232 -1.4951 400 294.615

8 8 0.1947 1.79232 -1.4951 1.95131 -1.6075 400 286.615

8 8 0.1947 1.95131 -1.6075 2.11179 -1.7177 400 278.615

8 8 0.1947 2.11179 -1.7177 2.27377 -1.8256 400 270.615

8 8 0.1947 2.27377 -1.8256 2.43725 -1.9313 400 262.615

8 8 0.1947 2.43725 -1.9313 2.60221 -2.0347 400 254.615

8 8 0.1947 2.60221 -2.0347 2.76865 -2.1356 400 246.615

COND1 0.8602 0.8602 0.6391 2.76865 -2.1356 3.31774 -2.4626 400 238.615

COND2 0.8602 0.8602 0.6391 3.31774 -2.4626 3.86734 -2.7887 400 237.755

COND3 0.8602 0.8602 0.6391 3.86734 -2.7887 4.41746 -3.1139 400 236.895

COND4 0.8602 0.8602 0.6391 4.41746 -3.1139 4.9681 -3.4382 400 236.035

COND5 0.8602 0.8602 0.6391 4.9681 -3.4382 5.51926 -3.7617 400 235.174

COND6 0.8602 0.8602 0.6391 5.51926 -3.7617 6.07093 -4.0842 400 234.314

COND7 0.8602 0.8602 0.6391 6.07093 -4.0842 6.62312 -4.4059 400 233.454

COND8 0.8602 0.8602 0.6391 6.62312 -4.4059 7.17583 -4.7267 400 232.594

COND9 0.8602 0.8602 0.6391 7.17583 -4.7267 7.72905 -5.0466 400 231.734

0 0.8602 0.8602 0.6391 7.72905 -5.0466 8.28279 -5.3656 400 230.874

COND11 0.8602 0.8602 0.6391 8.28279 -5.3656 8.83704 -5.6838 400 230.013

COND12 0.8602 0.8602 0.6391 8.83704 -5.6838 9.39181 -6.001 400 229.153

COND13 0.8602 0.8602 0.6391 9.39181 -6.001 9.94709 -6.3173 400 228.293

COND14 0.8602 0.8602 0.6391 9.94709 -6.3173 10.5029 -6.6327 400 227.433

COND15 0.8602 0.8602 0.6391 10.5029 -6.6327 11.0592 -6.9472 400 226.573

COND16 0.8602 0.8602 0.6391 11.0592 -6.9472 11.616 -7.2608 400 225.713

COND17 0.8602 0.8602 0.6391 11.616 -7.2608 12.1733 -7.5735 400 224.852

COND18 0.8602 0.8602 0.6391 12.1733 -7.5735 12.7312 -7.8853 400 223.992

COND19 0.8602 0.8602 0.6391 12.7312 -7.8853 13.2895 -8.1962 400 223.132

0 5 10 15 20 25 30 35 40 45 50

-25

-20

-15

-10

-5

0

CADENA1

CABLE

CADENA2

Q2

Fuerza longitudinal aplicada en inicio de cada elemento

R2

Fuerza vertical aplicada en inicio de cada elemento

COND20 0.8602 0.8602 0.6391 13.2895 -8.1962 13.8484 -8.5061 400 222.272

COND21 0.8602 0.8602 0.6391 13.8484 -8.5061 14.4078 -8.8151 400 221.412

COND22 0.8602 0.8602 0.6391 14.4078 -8.8151 14.9677 -9.1233 400 220.552

COND23 0.8602 0.8602 0.6391 14.9677 -9.1233 15.528 -9.4304 400 219.691

COND24 0.8602 0.8602 0.6391 15.528 -9.4304 16.0889 -9.7367 400 218.831

COND25 0.8602 0.8602 0.6391 16.0889 -9.7367 16.6503 -10.042 400 217.971

COND26 0.8602 0.8602 0.6391 16.6503 -10.042 17.2123 -10.346 400 217.111

COND27 0.8602 0.8602 0.6391 17.2123 -10.346 17.7747 -10.65 400 216.251

COND28 0.8602 0.8602 0.6391 17.7747 -10.65 18.3376 -10.952 400 215.391

COND29 0.8602 0.8602 0.6391 18.3376 -10.952 18.901 -11.254 400 214.53

COND30 0.8602 0.8602 0.6391 18.901 -11.254 19.465 -11.555 400 213.67

COND31 0.8602 0.8602 0.6391 19.465 -11.555 20.0294 -11.854 400 212.81

COND32 0.8602 0.8602 0.6391 20.0294 -11.854 20.5943 -12.153 400 211.95

COND33 0.8602 0.8602 0.6391 20.5943 -12.153 21.1598 -12.451 400 211.09

COND34 0.8602 0.8602 0.6391 21.1598 -12.451 21.7257 -12.748 400 210.229

COND35 0.8602 0.8602 0.6391 21.7257 -12.748 22.2921 -13.043 400 209.369

COND36 0.8602 0.8602 0.6391 22.2921 -13.043 22.8591 -13.338 400 208.509

COND37 0.8602 0.8602 0.6391 22.8591 -13.338 23.4265 -13.632 400 207.649

COND38 0.8602 0.8602 0.6391 23.4265 -13.632 23.9944 -13.925 400 206.789

COND39 0.8602 0.8602 0.6391 23.9944 -13.925 24.5629 -14.217 400 205.929

COND40 0.8602 0.8602 0.6391 24.5629 -14.217 25.1318 -14.508 400 205.068

COND41 0.8602 0.8602 0.6391 25.1318 -14.508 25.7012 -14.799 400 204.208

COND42 0.8602 0.8602 0.6391 25.7012 -14.799 26.2711 -15.088 400 203.348

COND43 0.8602 0.8602 0.6391 26.2711 -15.088 26.8416 -15.376 400 202.488

COND44 0.8602 0.8602 0.6391 26.8416 -15.376 27.4125 -15.663 400 201.628

COND45 0.8602 0.8602 0.6391 27.4125 -15.663 27.9839 -15.949 400 200.768

COND46 0.8602 0.8602 0.6391 27.9839 -15.949 28.5557 -16.234 400 199.907

COND47 0.8602 0.8602 0.6391 28.5557 -16.234 29.1281 -16.519 400 199.047

COND48 0.8602 0.8602 0.6391 29.1281 -16.519 29.701 -16.802 400 198.187

COND49 0.8602 0.8602 0.6391 29.701 -16.802 30.2744 -17.084 400 197.327

COND50 0.8602 0.8602 0.6391 30.2744 -17.084 30.8482 -17.365 400 196.467

COND51 0.8602 0.8602 0.6391 30.8482 -17.365 31.4225 -17.645 400 195.607

COND52 0.8602 0.8602 0.6391 31.4225 -17.645 31.9974 -17.925 400 194.746

COND53 0.8602 0.8602 0.6391 31.9974 -17.925 32.5727 -18.203 400 193.886

COND54 0.8602 0.8602 0.6391 32.5727 -18.203 33.1485 -18.48 400 193.026

COND55 0.8602 0.8602 0.6391 33.1485 -18.48 33.7247 -18.756 400 192.166

COND56 0.8602 0.8602 0.6391 33.7247 -18.756 34.3015 -19.032 400 191.306

COND57 0.8602 0.8602 0.6391 34.3015 -19.032 34.8787 -19.306 400 190.446

COND58 0.8602 0.8602 0.6391 34.8787 -19.306 35.4564 -19.579 400 189.585

COND59 0.8602 0.8602 0.6391 35.4564 -19.579 36.0346 -19.851 400 188.725

COND60 0.8602 0.8602 0.6391 36.0346 -19.851 36.6133 -20.122 400 187.865

COND61 0.8602 0.8602 0.6391 36.6133 -20.122 37.1925 -20.393 400 187.005

COND62 0.8602 0.8602 0.6391 37.1925 -20.393 37.7721 -20.662 400 186.145

COND63 0.8602 0.8602 0.6391 37.7721 -20.662 38.3522 -20.93 400 185.284

COND64 0.8602 0.8602 0.6391 38.3522 -20.93 38.9328 -21.197 400 184.424

COND65 0.8602 0.8602 0.6391 38.9328 -21.197 39.5139 -21.463 400 183.564

COND66 0.8602 0.8602 0.6391 39.5139 -21.463 40.0954 -21.728 400 182.704

COND67 0.8602 0.8602 0.6391 40.0954 -21.728 40.6774 -21.992 400 181.844

COND68 0.8602 0.8602 0.6391 40.6774 -21.992 41.2598 -22.255 400 180.984

COND69 0.8602 0.8602 0.6391 41.2598 -22.255 41.8428 -22.517 400 180.123

COND70 0.8602 0.8602 0.6391 41.8428 -22.517 42.4262 -22.777 400 179.263

8 8 0.1947 42.4262 -22.777 42.6046 -22.855 400 178.403

8 8 0.1947 42.6046 -22.855 42.7844 -22.93 400 170.403

8 8 0.1947 42.7844 -22.93 42.9654 -23.002 400 162.403

8 8 0.1947 42.9654 -23.002 43.1476 -23.07 400 154.403

8 8 0.1947 43.1476 -23.07 43.331 -23.135 400 146.403

8 8 0.1947 43.331 -23.135 43.5155 -23.197 400 138.403

8 8 0.1947 43.5155 -23.197 43.7011 -23.256 400 130.403

8 8 0.1947 43.7011 -23.256 43.8878 -23.311 400 122.403

8 8 0.1947 43.8878 -23.311 44.0754 -23.363 400 114.403

8 8 0.1947 44.0754 -23.363 44.264 -23.411 400 106.403

8 8 0.1947 44.264 -23.411 44.4535 -23.456 400 98.4031

8 8 0.1947 44.4535 -23.456 44.6437 -23.497 400 90.4031

8 8 0.1947 44.6437 -23.497 44.8348 -23.535 400 82.4031

8 8 0.1947 44.8348 -23.535 45.0265 -23.568 400 74.4031

8 8 0.1947 45.0265 -23.568 45.2188 -23.598 400 66.4031

8 8 0.1947 45.2188 -23.598 45.4117 -23.625 400 58.4031

8 8 0.1947 45.4117 -23.625 45.6051 -23.647 400 50.4031

8 8 0.1947 45.6051 -23.647 45.7989 -23.666 400 42.4031

anclaje 2 45.7989 -23.666

peso total 348.21 kg

peso medio 174.11 kg

CALCULO CONDICION CON VIENTO

FX2 FZ2 tg alf alf FV X1 Y1 Z1 X2

longitud desv lat cota vertlongitud

-400 -374.62 -0.9465 -0.7579 -43.427 1.0667 0 0 0 0.1409

-400 -366.62 -0.9265 -0.7473 -42.816 1.0667 0.1409 0.0157 -0.133 0.2833

-400 -358.62 -0.9065 -0.7364 -42.193 1.0667 0.2833 0.0312 -0.265 0.427

-400 -350.62 -0.8865 -0.7253 -41.558 1.0667 0.427 0.0465 -0.396 0.5723

-400 -342.62 -0.8665 -0.714 -40.91 1.0667 0.5723 0.0615 -0.524 0.719

-400 -334.62 -0.8465 -0.7025 -40.249 1.0667 0.719 0.0763 -0.651 0.8671

-400 -326.62 -0.8265 -0.6907 -39.575 1.0667 0.8671 0.0909 -0.777 1.0168

-400 -318.62 -0.8065 -0.6787 -38.887 1.0667 1.0168 0.1052 -0.901 1.1679

-400 -310.62 -0.7865 -0.6665 -38.186 1.0667 1.1679 0.1192 -1.022 1.3205

-400 -302.62 -0.7665 -0.654 -37.472 1.0667 1.3205 0.133 -1.143 1.4746

-400 -294.62 -0.7465 -0.6413 -36.743 1.0667 1.4746 0.1465 -1.261 1.6303

-400 -286.62 -0.7265 -0.6283 -36 1.0667 1.6303 0.1597 -1.377 1.7874

-400 -278.62 -0.7065 -0.6151 -35.243 1.0667 1.7874 0.1726 -1.491 1.9461

-400 -270.62 -0.6865 -0.6016 -34.471 1.0667 1.9461 0.1852 -1.603 2.1062

-400 -262.62 -0.6665 -0.5879 -33.685 1.0667 2.1062 0.1975 -1.713 2.2679

-400 -254.62 -0.6465 -0.5739 -32.884 1.0667 2.2679 0.2095 -1.821 2.4311

-400 -246.62 -0.6265 -0.5597 -32.069 1.0667 2.4311 0.2212 -1.926 2.5958

-400 -238.62 -0.6065 -0.5452 -31.238 1.0667 2.5958 0.2325 -2.03 2.762

-400 -237.75 -0.5955 -0.5371 -30.772 0.7413 2.762 0.2435 -2.13 3.3102

-400 -236.89 -0.5933 -0.5355 -30.681 0.7413 3.3102 0.2786 -2.457 3.859

-400 -236.03 -0.5912 -0.5339 -30.59 0.7413 3.859 0.3126 -2.782 4.4084

-400 -235.17 -0.589 -0.5323 -30.499 0.7413 4.4084 0.3457 -3.107 4.9584

-400 -234.31 -0.5869 -0.5307 -30.407 0.7413 4.9584 0.3778 -3.431 5.5089

-400 -233.45 -0.5847 -0.5291 -30.315 0.7413 5.5089 0.409 -3.754 6.0599

-400 -232.59 -0.5826 -0.5275 -30.223 0.7413 6.0599 0.4391 -4.076 6.6115

-400 -231.73 -0.5804 -0.5259 -30.131 0.7413 6.6115 0.4682 -4.398 7.1637

-400 -230.87 -0.5783 -0.5243 -30.039 0.7413 7.1637 0.4964 -4.718 7.7164

-400 -230.01 -0.5761 -0.5227 -29.947 0.7413 7.7164 0.5235 -5.038 8.2697

-400 -229.15 -0.574 -0.5211 -29.854 0.7413 8.2697 0.5496 -5.357 8.8235

-400 -228.29 -0.5718 -0.5194 -29.761 0.7413 8.8235 0.5748 -5.674 9.3779

-400 -227.43 -0.5697 -0.5178 -29.668 0.7413 9.3779 0.5989 -5.991 9.9328

-400 -226.57 -0.5675 -0.5162 -29.575 0.7413 9.9328 0.6221 -6.308 10.488

-400 -225.71 -0.5654 -0.5146 -29.482 0.7413 10.488 0.6442 -6.623 11.044

-400 -224.85 -0.5632 -0.5129 -29.388 0.7413 11.044 0.6653 -6.937 11.601

-400 -223.99 -0.5611 -0.5113 -29.295 0.7413 11.601 0.6854 -7.251 12.158

-400 -223.13 -0.5589 -0.5097 -29.201 0.7413 12.158 0.7045 -7.563 12.716

-400 -222.27 -0.5568 -0.508 -29.107 0.7413 12.716 0.7226 -7.875 13.274

0 5 10 15 20 25 30 35 40 45 50

-25

-20

-15

-10

-5

0

CADENA1

CABLE

CADENA2

0 5 10 15 20 25 30 35 40 45 50

-25

-20

-15

-10

-5

0

5 Desviacion lateral viento

Catenaria proyeccion vertical

V2

Angulo respecto a horizontal de cada elemento (radianes)

Y2

Fuerza lateral por viento en cada elenento

-400 -221.41 -0.5546 -0.5064 -29.013 0.7413 13.274 0.7397 -8.186 13.832

-400 -220.55 -0.5525 -0.5047 -28.919 0.7413 13.832 0.7557 -8.495 14.392

-400 -219.69 -0.5503 -0.5031 -28.824 0.7413 14.392 0.7708 -8.804 14.951

-400 -218.83 -0.5482 -0.5014 -28.729 0.7413 14.951 0.7848 -9.112 15.512

-400 -217.97 -0.546 -0.4998 -28.635 0.7413 15.512 0.7978 -9.419 16.072

-400 -217.11 -0.5439 -0.4981 -28.54 0.7413 16.072 0.8097 -9.726 16.634

-400 -216.25 -0.5417 -0.4965 -28.444 0.7413 16.634 0.8206 -10.03 17.196

-400 -215.39 -0.5396 -0.4948 -28.349 0.7413 17.196 0.8305 -10.34 17.758

-400 -214.53 -0.5374 -0.4931 -28.254 0.7413 17.758 0.8394 -10.64 18.321

-400 -213.67 -0.5353 -0.4914 -28.158 0.7413 18.321 0.8472 -10.94 18.884

-400 -212.81 -0.5331 -0.4898 -28.062 0.7413 18.884 0.854 -11.24 19.448

-400 -211.95 -0.5309 -0.4881 -27.966 0.7413 19.448 0.8597 -11.54 20.013

-400 -211.09 -0.5288 -0.4864 -27.87 0.7413 20.013 0.8645 -11.84 20.577

-400 -210.23 -0.5266 -0.4847 -27.773 0.7413 20.577 0.8681 -12.14 21.143

-400 -209.37 -0.5245 -0.4831 -27.677 0.7413 21.143 0.8707 -12.44 21.709

-400 -208.51 -0.5223 -0.4814 -27.58 0.7413 21.709 0.8723 -12.74 22.275

-400 -207.65 -0.5202 -0.4797 -27.483 0.7413 22.275 0.8728 -13.03 22.842

-400 -206.79 -0.518 -0.478 -27.386 0.7413 22.842 0.8723 -13.33 23.41

-400 -205.93 -0.5159 -0.4763 -27.289 0.7413 23.41 0.8707 -13.62 23.978

-400 -205.07 -0.5137 -0.4746 -27.192 0.7413 23.978 0.8681 -13.91 24.546

-400 -204.21 -0.5116 -0.4729 -27.094 0.7413 24.546 0.8644 -14.21 25.115

-400 -203.35 -0.5094 -0.4712 -26.996 0.7413 25.115 0.8597 -14.5 25.684

-400 -202.49 -0.5073 -0.4695 -26.898 0.7413 25.684 0.8539 -14.79 26.254

-400 -201.63 -0.5051 -0.4678 -26.8 0.7413 26.254 0.847 -15.08 26.825

-400 -200.77 -0.503 -0.466 -26.702 0.7413 26.825 0.8391 -15.36 27.395

-400 -199.91 -0.5008 -0.4643 -26.604 0.7413 27.395 0.8301 -15.65 27.967

-400 -199.05 -0.4987 -0.4626 -26.505 0.7413 27.967 0.82 -15.94 28.539

-400 -198.19 -0.4965 -0.4609 -26.406 0.7413 28.539 0.8089 -16.22 29.111

-400 -197.33 -0.4944 -0.4592 -26.307 0.7413 29.111 0.7967 -16.51 29.684

-400 -196.47 -0.4922 -0.4574 -26.208 0.7413 29.684 0.7834 -16.79 30.257

-400 -195.61 -0.4901 -0.4557 -26.109 0.7413 30.257 0.7691 -17.07 30.83

-400 -194.75 -0.4879 -0.454 -26.01 0.7413 30.83 0.7537 -17.35 31.405

-400 -193.89 -0.4858 -0.4522 -25.91 0.7413 31.405 0.7372 -17.63 31.979

-400 -193.03 -0.4836 -0.4505 -25.81 0.7413 31.979 0.7196 -17.91 32.554

-400 -192.17 -0.4815 -0.4487 -25.71 0.7413 32.554 0.701 -18.19 33.13

-400 -191.31 -0.4793 -0.447 -25.61 0.7413 33.13 0.6812 -18.47 33.706

-400 -190.45 -0.4772 -0.4452 -25.51 0.7413 33.706 0.6604 -18.74 34.282

-400 -189.59 -0.475 -0.4435 -25.41 0.7413 34.282 0.6385 -19.02 34.859

-400 -188.73 -0.4729 -0.4417 -25.309 0.7413 34.859 0.6155 -19.29 35.436

-400 -187.86 -0.4707 -0.44 -25.208 0.7413 35.436 0.5915 -19.57 36.014

-400 -187 -0.4686 -0.4382 -25.107 0.7413 36.014 0.5663 -19.84 36.592

-400 -186.14 -0.4664 -0.4364 -25.006 0.7413 36.592 0.54 -20.11 37.171

-400 -185.28 -0.4643 -0.4347 -24.905 0.7413 37.171 0.5127 -20.38 37.75

-400 -184.42 -0.4621 -0.4329 -24.803 0.7413 37.75 0.4843 -20.65 38.329

-400 -183.56 -0.46 -0.4311 -24.702 0.7413 38.329 0.4547 -20.92 38.909

-400 -182.7 -0.4578 -0.4294 -24.6 0.7413 38.909 0.4241 -21.18 39.49

-400 -181.84 -0.4557 -0.4276 -24.498 0.7413 39.49 0.3924 -21.45 40.07

-400 -180.98 -0.4535 -0.4258 -24.396 0.7413 40.07 0.3595 -21.71 40.652

-400 -180.12 -0.4514 -0.424 -24.294 0.7413 40.652 0.3256 -21.98 41.233

-400 -179.26 -0.4492 -0.4222 -24.191 0.7413 41.233 0.2906 -22.24 41.815

-400 -178.4 -0.4471 -0.4204 -24.089 0.7413 41.815 0.2544 -22.5 42.398

-400 -170.4 -0.436 -0.4112 -23.558 1.0667 42.398 0.2172 -22.76 42.576

-400 -162.4 -0.416 -0.3942 -22.588 1.0667 42.576 0.2054 -22.84 42.755

-400 -154.4 -0.396 -0.3771 -21.604 1.0667 42.755 0.1931 -22.91 42.936

-400 -146.4 -0.376 -0.3597 -20.607 1.0667 42.936 0.1801 -22.98 43.118

-400 -138.4 -0.356 -0.342 -19.596 1.0667 43.118 0.1667 -23.05 43.3

-400 -130.4 -0.336 -0.3242 -18.573 1.0667 43.3 0.1526 -23.12 43.484

-400 -122.4 -0.316 -0.3061 -17.537 1.0667 43.484 0.138 -23.18 43.669

-400 -114.4 -0.296 -0.2878 -16.489 1.0667 43.669 0.1228 -23.24 43.856

-400 -106.4 -0.276 -0.2693 -15.43 1.0667 43.856 0.107 -23.29 44.043

-400 -98.403 -0.256 -0.2506 -14.36 1.0667 44.043 0.0906 -23.35 44.23

-400 -90.403 -0.236 -0.2318 -13.279 1.0667 44.23 0.0737 -23.39 44.419

-400 -82.403 -0.216 -0.2127 -12.189 1.0667 44.419 0.0561 -23.44 44.609

-400 -74.403 -0.196 -0.1936 -11.09 1.0667 44.609 0.038 -23.48 44.799

-400 -66.403 -0.176 -0.1742 -9.9823 1.0667 44.799 0.0194 -23.52 44.989

-400 -58.403 -0.156 -0.1548 -8.8671 1.0667 44.989 0.0001 -23.55 45.181

-400 -50.403 -0.136 -0.1352 -7.7451 1.0667 45.181 -0.02 -23.58 45.373

-400 -42.403 -0.116 -0.1155 -6.6172 1.0667 45.373 -0.04 -23.61 45.565

-400 -34.403 -0.096 -0.0957 -5.484 1.0667 45.565 -0.061 -23.63 45.757

45.757 -0.082 -23.65

90.292

Y2 Z2 FX1 FY1 FZ1 FX2 FY2 FZ2 Aux L^

desv lat cota vertical deltaZ/ddeltaY/deltaX

0.0157 -0.133 -400 -45.15 382.62 400 44.079 -374.6 -0.947 0.1115 1.3814

0.0312 -0.265 -400 -44.08 374.62 400 43.012 -366.6 -0.927 0.1089 1.3676

0.0465 -0.396 -400 -43.01 366.62 400 41.946 -358.6 -0.907 0.1062 1.3539

0.0615 -0.524 -400 -41.95 358.62 400 40.879 -350.6 -0.887 0.1035 1.3404

0.0763 -0.651 -400 -40.88 350.62 400 39.812 -342.6 -0.867 0.1009 1.327

0.0909 -0.777 -400 -39.81 342.62 400 38.746 -334.6 -0.847 0.0982 1.3139

0.1052 -0.901 -400 -38.75 334.62 400 37.679 -326.6 -0.827 0.0955 1.3009

0.1192 -1.022 -400 -37.68 326.62 400 36.612 -318.6 -0.807 0.0929 1.2881

0.133 -1.143 -400 -36.61 318.62 400 35.546 -310.6 -0.787 0.0902 1.2755

0.1465 -1.261 -400 -35.55 310.62 400 34.479 -302.6 -0.767 0.0875 1.263

0.1597 -1.377 -400 -34.48 302.62 400 33.412 -294.6 -0.747 0.0849 1.2508

0.1726 -1.491 -400 -33.41 294.62 400 32.346 -286.6 -0.727 0.0822 1.2388

0.1852 -1.603 -400 -32.35 286.62 400 31.279 -278.6 -0.707 0.0795 1.227

0.1975 -1.713 -400 -31.28 278.62 400 30.212 -270.6 -0.687 0.0769 1.2154

0.2095 -1.821 -400 -30.21 270.62 400 29.146 -262.6 -0.667 0.0742 1.2041

0.2212 -1.926 -400 -29.15 262.62 400 28.079 -254.6 -0.647 0.0715 1.1929

0.2325 -2.03 -400 -28.08 254.62 400 27.012 -246.6 -0.627 0.0689 1.1821

0.2435 -2.13 -400 -27.01 246.62 400 25.946 -238.6 -0.607 0.0662 1.1714

0.2786 -2.457 -400 -25.95 238.62 400 25.204 -237.8 -0.595 0.0639 1.1656

0.3126 -2.782 -400 -25.2 237.75 400 24.463 -236.9 -0.593 0.0621 1.1644

0.3457 -3.107 -400 -24.46 236.89 400 23.722 -236 -0.591 0.0602 1.1632

0.3778 -3.431 -400 -23.72 236 400 22.981 -235.2 -0.589 0.0584 1.162

0.409 -3.754 -400 -22.98 235.17 400 22.239 -234.3 -0.587 0.0565 1.1609

0.4391 -4.076 -400 -22.24 234.31 400 21.498 -233.5 -0.585 0.0547 1.1597

0.4682 -4.398 -400 -21.5 233.45 400 20.757 -232.6 -0.583 0.0528 1.1585

0.4964 -4.718 -400 -20.76 232.59 400 20.015 -231.7 -0.58 0.051 1.1574

0.5235 -5.038 -400 -20.02 231.73 400 19.274 -230.9 -0.578 0.0491 1.1562

0.5496 -5.357 -400 -19.27 230.87 400 18.533 -230 -0.576 0.0473 1.155

0.5748 -5.674 -400 -18.53 230 400 17.791 -229.2 -0.574 0.0454 1.1539

0.5989 -5.991 -400 -17.79 229.15 400 17.05 -228.3 -0.572 0.0436 1.1528

0.6221 -6.308 -400 -17.05 228.29 400 16.309 -227.4 -0.57 0.0417 1.1516

0.6442 -6.623 -400 -16.31 227.43 400 15.567 -226.6 -0.568 0.0398 1.1505

0.6653 -6.937 -400 -15.57 226.57 400 14.826 -225.7 -0.565 0.038 1.1494

0.6854 -7.251 -400 -14.83 225.71 400 14.085 -224.9 -0.563 0.0361 1.1483

0.7045 -7.563 -400 -14.08 224.85 400 13.344 -224 -0.561 0.0343 1.1472

0.7226 -7.875 -400 -13.34 224 400 12.602 -223.1 -0.559 0.0324 1.146

0.7397 -8.186 -400 -12.6 223.13 400 11.861 -222.3 -0.557 0.0306 1.145

TG(α1) TG(α2)

0 5 10 15 20 25 30 35 40 45 50

-25

-20

-15

-10

-5

0



0.7557 -8.495 -400 -11.86 222.27 400 11.12 -221.4 -0.555 0.0287 1.1439

0.7708 -8.804 -400 -11.12 221.41 400 10.378 -220.6 -0.552 0.0269 1.1428

0.7848 -9.112 -400 -10.38 220.55 400 9.637 -219.7 -0.55 0.025 1.1417

0.7978 -9.419 -400 -9.637 219.69 400 8.8957 -218.8 -0.548 0.0232 1.1406

0.8097 -9.726 -400 -8.896 218.83 400 8.1544 -218 -0.546 0.0213 1.1395

0.8206 -10.03 -400 -8.154 218 400 7.4131 -217.1 -0.544 0.0195 1.1385

0.8305 -10.34 -400 -7.413 217.11 400 6.6718 -216.3 -0.542 0.0176 1.1374

0.8394 -10.64 -400 -6.672 216.25 400 5.9305 -215.4 -0.54 0.0158 1.1364

0.8472 -10.94 -400 -5.93 215.39 400 5.1892 -214.5 -0.537 0.0139 1.1353

0.854 -11.24 -400 -5.189 214.53 400 4.4478 -213.7 -0.535 0.012 1.1343

0.8597 -11.54 -400 -4.448 213.67 400 3.7065 -212.8 -0.533 0.0102 1.1333

0.8645 -11.84 -400 -3.707 212.81 400 2.9652 -211.9 -0.531 0.0083 1.1322

0.8681 -12.14 -400 -2.965 211.95 400 2.2239 -211.1 -0.529 0.0065 1.1312

0.8707 -12.44 -400 -2.224 211.09 400 1.4826 -210.2 -0.527 0.0046 1.1302

0.8723 -12.74 -400 -1.483 210.23 400 0.7413 -209.4 -0.524 0.0028 1.1292

0.8728 -13.03 -400 -0.741 209.37 400 -5E-14 -208.5 -0.522 0.0009 1.1282

0.8723 -13.33 -400 5E-14 208.51 400 -0.741 -207.6 -0.52 -0.001 1.1272

0.8707 -13.62 -400 0.7413 207.65 400 -1.483 -206.8 -0.518 -0.003 1.1262

0.8681 -13.91 -400 1.4826 206.79 400 -2.224 -205.9 -0.516 -0.005 1.1252

0.8644 -14.21 -400 2.2239 205.93 400 -2.965 -205.1 -0.514 -0.006 1.1243

0.8597 -14.5 -400 2.9652 205.07 400 -3.707 -204.2 -0.512 -0.008 1.1233

0.8539 -14.79 -400 3.7065 204.21 400 -4.448 -203.3 -0.509 -0.01 1.1223

0.847 -15.08 -400 4.4478 203.35 400 -5.189 -202.5 -0.507 -0.012 1.1214

0.8391 -15.36 -400 5.1892 202.49 400 -5.93 -201.6 -0.505 -0.014 1.1204

0.8301 -15.65 -400 5.9305 201.63 400 -6.672 -200.8 -0.503 -0.016 1.1195

0.82 -15.94 -400 6.6718 200.77 400 -7.413 -199.9 -0.501 -0.018 1.1186

0.8089 -16.22 -400 7.4131 199.91 400 -8.154 -199 -0.499 -0.019 1.1176

0.7967 -16.51 -400 8.1544 199 400 -8.896 -198.2 -0.497 -0.021 1.1167

0.7834 -16.79 -400 8.8957 198.19 400 -9.637 -197.3 -0.494 -0.023 1.1158

0.7691 -17.07 -400 9.637 197.33 400 -10.38 -196.5 -0.492 -0.025 1.1149

0.7537 -17.35 -400 10.378 196.47 400 -11.12 -195.6 -0.49 -0.027 1.114

0.7372 -17.63 -400 11.12 195.61 400 -11.86 -194.7 -0.488 -0.029 1.1131

0.7196 -17.91 -400 11.861 194.75 400 -12.6 -193.9 -0.486 -0.031 1.1122

0.701 -18.19 -400 12.602 193.89 400 -13.34 -193 -0.484 -0.032 1.1113

0.6812 -18.47 -400 13.344 193 400 -14.08 -192.2 -0.481 -0.034 1.1104

0.6604 -18.74 -400 14.085 192.17 400 -14.83 -191.3 -0.479 -0.036 1.1095

0.6385 -19.02 -400 14.826 191.31 400 -15.57 -190.4 -0.477 -0.038 1.1087

0.6155 -19.29 -400 15.567 190.45 400 -16.31 -189.6 -0.475 -0.04 1.1078

0.5915 -19.57 -400 16.309 189.59 400 -17.05 -188.7 -0.473 -0.042 1.107

0.5663 -19.84 -400 17.05 188.73 400 -17.79 -187.9 -0.471 -0.044 1.1061

0.54 -20.11 -400 17.791 187.86 400 -18.53 -187 -0.469 -0.045 1.1053

0.5127 -20.38 -400 18.533 187 400 -19.27 -186.1 -0.466 -0.047 1.1044

0.4843 -20.65 -400 19.274 186.14 400 -20.02 -185.3 -0.464 -0.049 1.1036

0.4547 -20.92 -400 20.015 185.28 400 -20.76 -184.4 -0.462 -0.051 1.1028

0.4241 -21.18 -400 20.757 184.42 400 -21.5 -183.6 -0.46 -0.053 1.102

0.3924 -21.45 -400 21.498 183.56 400 -22.24 -182.7 -0.458 -0.055 1.1012

0.3595 -21.71 -400 22.239 182.7 400 -22.98 -181.8 -0.456 -0.057 1.1004

0.3256 -21.98 -400 22.981 181.84 400 -23.72 -181 -0.454 -0.058 1.0996

0.2906 -22.24 -400 23.722 181 400 -24.46 -180.1 -0.451 -0.06 1.0988

0.2544 -22.5 -400 24.463 180.12 400 -25.2 -179.3 -0.449 -0.062 1.098

0.2172 -22.76 -400 25.204 179.26 400 -25.95 -178.4 -0.447 -0.064 1.0973

0.2054 -22.84 -400 25.946 178.4 400 -27.01 -170.4 -0.436 -0.066 1.0929

0.1931 -22.91 -400 27.012 170.4 400 -28.08 -162.4 -0.416 -0.069 1.0853

0.1801 -22.98 -400 28.079 162.4 400 -29.15 -154.4 -0.396 -0.072 1.0779

0.1667 -23.05 -400 29.146 154.4 400 -30.21 -146.4 -0.376 -0.074 1.0709

0.1526 -23.12 -400 30.212 146.4 400 -31.28 -138.4 -0.356 -0.077 1.0643

0.138 -23.18 -400 31.279 138.4 400 -32.35 -130.4 -0.336 -0.08 1.0579

0.1228 -23.24 -400 32.346 130.4 400 -33.41 -122.4 -0.316 -0.082 1.052

0.107 -23.29 -400 33.412 122.4 400 -34.48 -114.4 -0.296 -0.085 1.0463

0.0906 -23.35 -400 34.479 114.4 400 -35.55 -106.4 -0.276 -0.088 1.0411

0.0737 -23.39 -400 35.546 106.4 400 -36.61 -98.4 -0.256 -0.09 1.0362

0.0561 -23.44 -400 36.612 98.403 400 -37.68 -90.4 -0.236 -0.093 1.0317

0.038 -23.48 -400 37.679 90.403 400 -38.75 -82.4 -0.216 -0.096 1.0275

0.0194 -23.52 -400 38.746 82.403 400 -39.81 -74.4 -0.196 -0.098 1.0237

0.0001 -23.55 -400 39.812 74.403 400 -40.88 -66.4 -0.176 -0.101 1.0204

-0.02 -23.58 -400 40.879 66.403 400 -41.95 -58.4 -0.156 -0.104 1.0174

-0.04 -23.61 -400 41.946 58.403 400 -43.01 -50.4 -0.136 -0.106 1.0148

-0.061 -23.63 -400 43.012 50.403 400 -44.08 -42.4 -0.116 -0.109 1.0126

-0.082 -23.65 -400 44.079 42.403 400 -45.15 -34.4 -0.096 -0.112 1.0108



PESO AISL UNITARIO 6 kg

CANTIDAD AISL / CADENA 24 c/u

CONDUCTOR


VANO HORIZONTAL

VANO HORIZ ENTRE ANCLAJES D 50.08115913 m

Desnivel anclaje 2 respecto a anclaje 1 -5.5 m

TENSION HORIZONTAL A 800 kg

Modelacion conductor

Largo elemento conductor 0.620668765 m

Peso elemento conductor 0.835420157 kg

Modelacion cadena aisladores

largo elemento cadena aisladora 0.194666667 m

peso elemento cadena aisladora 8 kg

Long total aisl+conduc B 50.45481353 m

Vano horizontal resultante 50.08152041 m

Error en vano horizontal 0.000

H 50.45445225

Peso total elementos / 2 173.2397055

Fuerza reaccion vertical anclaje 1 D 261.3474118 kg

Desnivel anclaje 2 resultante -5.5 m

Diferencia E 0.000 m

Usar solver para lograr E = 0 ajustando D

Tension resultante en anclaje 1

Horizontal 800.0 kg

Vertical (negativo es uplift) 261.3 kg

Total 841.6 kg


Horizontal 800.0 kg


Total 804.5 kg

FLECHA CADENA AISLADORES 0.775

FLECH TRAMO CONDUCTOR 4.782

FLECHA TOTAL 5.557


0 10 20 30 40 50 60

-6

-5

-4

-3

-2

-1

0

CADENA1

CABLE

CADENA2

A21


ESTIMACION DESPLAZAMIENTO LATERAL POR VIENTO



Superficie viento aislador 0.02 m2

Superficie viento elemento cadena 0.026666667 m2

Superficie viento elemento conductor 0.017999394 m2

Vector unitario Anclaje 1 --> Anclaje 2 x 0.994023599

y -0.1091654

Coordenadas inicio - fin conductor 3.406147456 -0.80413723

46.58268555 -5.55727972

Vector unitario entre grampas conductor x 0.993995036

y -0.10942517


Peso adiPeso el W L X1 Z1 X2 Z2 FX1

kg

AISL1 8 8 0.1947 anclaje 1 0 0 0.18531 -0.0596 800

AISL2 8 8 0.1947 0.18531 -0.0596 0.37116 -0.1175 800

AISL3 8 8 0.1947 0.37116 -0.1175 0.55753 -0.1738 800

AISL4 8 8 0.1947 0.55753 -0.1738 0.74441 -0.2283 800

AISL5 8 8 0.1947 0.74441 -0.2283 0.93179 -0.2811 800

AISL6 8 8 0.1947 0.93179 -0.2811 1.11964 -0.3321 800

AISL7 8 8 0.1947 1.11964 -0.3321 1.30797 -0.3814 800

AISL8 8 8 0.1947 1.30797 -0.3814 1.49675 -0.4289 800

AISL9 8 8 0.1947 1.49675 -0.4289 1.68597 -0.4746 800

AISL10 8 8 0.1947 1.68597 -0.4746 1.87561 -0.5186 800

AISL11 8 8 0.1947 1.87561 -0.5186 2.06566 -0.5607 800

AISL12 8 8 0.1947 2.06566 -0.5607 2.25611 -0.601 800

AISL13 8 8 0.1947 2.25611 -0.601 2.44693 -0.6395 800

AISL14 8 8 0.1947 2.44693 -0.6395 2.63812 -0.6761 800

AISL15 8 8 0.1947 2.63812 -0.6761 2.82965 -0.7109 800

AISL16 8 8 0.1947 2.82965 -0.7109 3.02151 -0.7439 800

AISL17 8 8 0.1947 3.02151 -0.7439 3.21368 -0.7749 800

AISL18 8 8 0.1947 3.21368 -0.7749 3.40615 -0.8041 800

COND1 0.8354 0.8354 0.6207 3.40615 -0.8041 4.02029 -0.8939 800

COND2 0.8354 0.8354 0.6207 4.02029 -0.8939 4.63453 -0.983 800

COND3 0.8354 0.8354 0.6207 4.63453 -0.983 5.24885 -1.0715 800

COND4 0.8354 0.8354 0.6207 5.24885 -1.0715 5.86327 -1.1594 800

COND5 0.8354 0.8354 0.6207 5.86327 -1.1594 6.47777 -1.2467 800

COND6 0.8354 0.8354 0.6207 6.47777 -1.2467 7.09237 -1.3333 800

COND7 0.8354 0.8354 0.6207 7.09237 -1.3333 7.70705 -1.4193 800

COND8 0.8354 0.8354 0.6207 7.70705 -1.4193 8.32182 -1.5047 800

COND9 0.8354 0.8354 0.6207 8.32182 -1.5047 8.93668 -1.5894 800

COND1 0 0.8354 0.8354 0.6207 8.93668 -1.5894 9.55162 -1.6735 800

COND11 0.8354 0.8354 0.6207 9.55162 -1.6735 10.1667 -1.757 800

COND12 0.8354 0.8354 0.6207 10.1667 -1.757 10.7818 -1.8398 800

COND13 0.8354 0.8354 0.6207 10.7818 -1.8398 11.397 -1.922 800

COND14 0.8354 0.8354 0.6207 11.397 -1.922 12.0123 -2.0036 800

COND15 0.8354 0.8354 0.6207 12.0123 -2.0036 12.6276 -2.0845 800

COND16 0.8354 0.8354 0.6207 12.6276 -2.0845 13.2431 -2.1648 800

COND17 0.8354 0.8354 0.6207 13.2431 -2.1648 13.8586 -2.2445 800

COND18 0.8354 0.8354 0.6207 13.8586 -2.2445 14.4742 -2.3236 800

COND19 0.8354 0.8354 0.6207 14.4742 -2.3236 15.0899 -2.402 800

COND20 0.8354 0.8354 0.6207 15.0899 -2.402 15.7057 -2.4798 800

COND21 0.8354 0.8354 0.6207 15.7057 -2.4798 16.3215 -2.5569 800

COND22 0.8354 0.8354 0.6207 16.3215 -2.5569 16.9375 -2.6335 800

0 10 20 30 40 50 60

-6

-5

-4

-3

-2

-1

0

CADENA1

CABLE

CADENA2

Q2


COND23 0.8354 0.8354 0.6207 16.9375 -2.6335 17.5535 -2.7093 800

COND24 0.8354 0.8354 0.6207 17.5535 -2.7093 18.1696 -2.7846 800

COND25 0.8354 0.8354 0.6207 18.1696 -2.7846 18.7857 -2.8592 800

COND26 0.8354 0.8354 0.6207 18.7857 -2.8592 19.402 -2.9332 800

COND27 0.8354 0.8354 0.6207 19.402 -2.9332 20.0183 -3.0065 800

COND28 0.8354 0.8354 0.6207 20.0183 -3.0065 20.6347 -3.0793 800

COND29 0.8354 0.8354 0.6207 20.6347 -3.0793 21.2512 -3.1513 800

COND30 0.8354 0.8354 0.6207 21.2512 -3.1513 21.8677 -3.2228 800

COND31 0.8354 0.8354 0.6207 21.8677 -3.2228 22.4843 -3.2936 800

COND32 0.8354 0.8354 0.6207 22.4843 -3.2936 23.101 -3.3638 800

COND33 0.8354 0.8354 0.6207 23.101 -3.3638 23.7178 -3.4333 800

COND34 0.8354 0.8354 0.6207 23.7178 -3.4333 24.3346 -3.5022 800

COND35 0.8354 0.8354 0.6207 24.3346 -3.5022 24.9515 -3.5705 800

COND36 0.8354 0.8354 0.6207 24.9515 -3.5705 25.5685 -3.6381 800

COND37 0.8354 0.8354 0.6207 25.5685 -3.6381 26.1855 -3.7051 800

COND38 0.8354 0.8354 0.6207 26.1855 -3.7051 26.8026 -3.7714 800

COND39 0.8354 0.8354 0.6207 26.8026 -3.7714 27.4198 -3.8372 800

COND40 0.8354 0.8354 0.6207 27.4198 -3.8372 28.0371 -3.9022 800

COND41 0.8354 0.8354 0.6207 28.0371 -3.9022 28.6544 -3.9667 800

COND42 0.8354 0.8354 0.6207 28.6544 -3.9667 29.2718 -4.0305 800

COND43 0.8354 0.8354 0.6207 29.2718 -4.0305 29.8892 -4.0936 800

COND44 0.8354 0.8354 0.6207 29.8892 -4.0936 30.5067 -4.1562 800

COND45 0.8354 0.8354 0.6207 30.5067 -4.1562 31.1243 -4.2181 800

COND46 0.8354 0.8354 0.6207 31.1243 -4.2181 31.7419 -4.2793 800

COND47 0.8354 0.8354 0.6207 31.7419 -4.2793 32.3596 -4.3399 800

COND48 0.8354 0.8354 0.6207 32.3596 -4.3399 32.9774 -4.3999 800

COND49 0.8354 0.8354 0.6207 32.9774 -4.3999 33.5952 -4.4592 800

COND50 0.8354 0.8354 0.6207 33.5952 -4.4592 34.2131 -4.5179 800

COND51 0.8354 0.8354 0.6207 34.2131 -4.5179 34.8311 -4.576 800

COND52 0.8354 0.8354 0.6207 34.8311 -4.576 35.4491 -4.6334 800

COND53 0.8354 0.8354 0.6207 35.4491 -4.6334 36.0671 -4.6902 800

COND54 0.8354 0.8354 0.6207 36.0671 -4.6902 36.6853 -4.7463 800

COND55 0.8354 0.8354 0.6207 36.6853 -4.7463 37.3035 -4.8018 800

COND56 0.8354 0.8354 0.6207 37.3035 -4.8018 37.9217 -4.8567 800

COND57 0.8354 0.8354 0.6207 37.9217 -4.8567 38.54 -4.9109 800

COND58 0.8354 0.8354 0.6207 38.54 -4.9109 39.1583 -4.9644 800

COND59 0.8354 0.8354 0.6207 39.1583 -4.9644 39.7767 -5.0174 800

COND60 0.8354 0.8354 0.6207 39.7767 -5.0174 40.3952 -5.0697 800

COND61 0.8354 0.8354 0.6207 40.3952 -5.0697 41.0137 -5.1213 800

COND62 0.8354 0.8354 0.6207 41.0137 -5.1213 41.6323 -5.1723 800

COND63 0.8354 0.8354 0.6207 41.6323 -5.1723 42.2509 -5.2227 800

COND64 0.8354 0.8354 0.6207 42.2509 -5.2227 42.8696 -5.2724 800

COND65 0.8354 0.8354 0.6207 42.8696 -5.2724 43.4883 -5.3215 800

COND66 0.8354 0.8354 0.6207 43.4883 -5.3215 44.1071 -5.3699 800

COND67 0.8354 0.8354 0.6207 44.1071 -5.3699 44.7259 -5.4177 800

COND68 0.8354 0.8354 0.6207 44.7259 -5.4177 45.3448 -5.4649 800

COND69 0.8354 0.8354 0.6207 45.3448 -5.4649 45.9637 -5.5114 800

COND70 0.8354 0.8354 0.6207 45.9637 -5.5114 46.5827 -5.5573 800

AISL18 8 8 0.1947 46.5827 -5.5573 46.7769 -5.5706 800

AISL17 8 8 0.1947 46.7769 -5.5706 46.9712 -5.582 800

AISL16 8 8 0.1947 46.9712 -5.582 47.1657 -5.5914 800

AISL15 8 8 0.1947 47.1657 -5.5914 47.3602 -5.5989 800

AISL14 8 8 0.1947 47.3602 -5.5989 47.5548 -5.6045 800

AISL13 8 8 0.1947 47.5548 -5.6045 47.7494 -5.6081 800

AISL12 8 8 0.1947 47.7494 -5.6081 47.9441 -5.6098 800

AISL11 8 8 0.1947 47.9441 -5.6098 48.1387 -5.6095 800

AISL10 8 8 0.1947 48.1387 -5.6095 48.3334 -5.6073 800

AISL9 8 8 0.1947 48.3334 -5.6073 48.528 -5.6031 800

AISL8 8 8 0.1947 48.528 -5.6031 48.7226 -5.597 800

AISL7 8 8 0.1947 48.7226 -5.597 48.9171 -5.589 800

AISL6 8 8 0.1947 48.9171 -5.589 49.1115 -5.579 800

AISL5 8 8 0.1947 49.1115 -5.579 49.3058 -5.567 800

AISL4 8 8 0.1947 49.3058 -5.567 49.5 -5.5532 800

AISL3 8 8 0.1947 49.5 -5.5532 49.694 -5.5374 800

AISL2 8 8 0.1947 49.694 -5.5374 49.8878 -5.5196 800

AISL1 8 8 0.1947 49.8878 -5.5196 50.0815 -5.5 800

anclaje 2 50.0815 -5.5




FZ1 FX2 FZ2 tg alf alf FV X1 Y1 Z1

longitud desv lat cota vert

261.347 -800 -253.35 -0.3217 -0.3112 -17.832 1.0667 0 0 0

253.347 -800 -245.35 -0.3117 -0.3021 -17.311 1.0667 0.1851 0.0101 -0.06

245.347 -800 -237.35 -0.3017 -0.293 -16.788 1.0667 0.3707 0.0201 -0.117

237.347 -800 -229.35 -0.2917 -0.2838 -16.261 1.0667 0.5568 0.0298 -0.174

229.347 -800 -221.35 -0.2817 -0.2746 -15.732 1.0667 0.7435 0.0393 -0.228

221.347 -800 -213.35 -0.2717 -0.2653 -15.199 1.0667 0.9306 0.0485 -0.281

213.347 -800 -205.35 -0.2617 -0.2559 -14.665 1.0667 1.1183 0.0576 -0.332

205.347 -800 -197.35 -0.2517 -0.2466 -14.127 1.0667 1.3064 0.0664 -0.381

197.347 -800 -189.35 -0.2417 -0.2371 -13.587 1.0667 1.495 0.075 -0.428

189.347 -800 -181.35 -0.2317 -0.2277 -13.044 1.0667 1.6841 0.0833 -0.474

181.347 -800 -173.35 -0.2217 -0.2182 -12.499 1.0667 1.8735 0.0914 -0.518

173.347 -800 -165.35 -0.2117 -0.2086 -11.952 1.0667 2.0634 0.0993 -0.56

165.347 -800 -157.35 -0.2017 -0.199 -11.403 1.0667 2.2537 0.107 -0.6

157.347 -800 -149.35 -0.1917 -0.1894 -10.851 1.0667 2.4444 0.1144 -0.639

149.347 -800 -141.35 -0.1817 -0.1797 -10.297 1.0667 2.6355 0.1215 -0.675

141.347 -800 -133.35 -0.1717 -0.17 -9.7418 1.0667 2.8269 0.1285 -0.71

133.347 -800 -125.35 -0.1617 -0.1603 -9.1843 1.0667 3.0186 0.1351 -0.743

125.347 -800 -117.35 -0.1517 -0.1505 -8.6251 1.0667 3.2107 0.1416 -0.774

117.347 -800 -116.51 -0.1462 -0.1451 -8.3156 0.72 3.4031 0.1478 -0.803

116.512 -800 -115.68 -0.1451 -0.1441 -8.257 0.72 4.0169 0.1668 -0.893

115.677 -800 -114.84 -0.1441 -0.1431 -8.1984 0.72 4.6309 0.1853 -0.982

114.841 -800 -114.01 -0.143 -0.1421 -8.1398 0.72 5.2449 0.2033 -1.071

114.006 -800 -113.17 -0.142 -0.141 -8.0811 0.72 5.8591 0.2207 -1.158

113.17 -800 -112.33 -0.1409 -0.14 -8.0225 0.72 6.4734 0.2376 -1.246

112.335 -800 -111.5 -0.1399 -0.139 -7.9638 0.72 7.0878 0.2539 -1.332

111.499 -800 -110.66 -0.1389 -0.138 -7.9051 0.72 7.7023 0.2696 -1.418

110.664 -800 -109.83 -0.1378 -0.1369 -7.8464 0.72 8.3169 0.2848 -1.504

109.829 -800 -108.99 -0.1368 -0.1359 -7.7877 0.72 8.9315 0.2995 -1.588

108.993 -800 -108.16 -0.1357 -0.1349 -7.7289 0.72 9.5463 0.3136 -1.672

108.158 -800 -107.32 -0.1347 -0.1339 -7.6702 0.72 10.161 0.3272 -1.756

107.322 -800 -106.49 -0.1336 -0.1328 -7.6114 0.72 10.776 0.3402 -1.839

106.487 -800 -105.65 -0.1326 -0.1318 -7.5526 0.72 11.391 0.3526 -1.921

105.652 -800 -104.82 -0.1315 -0.1308 -7.4938 0.72 12.006 0.3645 -2.002

104.816 -800 -103.98 -0.1305 -0.1298 -7.435 0.72 12.622 0.3759 -2.083

103.981 -800 -103.15 -0.1295 -0.1287 -7.3761 0.72 13.237 0.3867 -2.164

103.145 -800 -102.31 -0.1284 -0.1277 -7.3173 0.72 13.853 0.3969 -2.243

102.31 -800 -101.47 -0.1274 -0.1267 -7.2584 0.72 14.468 0.4066 -2.322

101.474 -800 -100.64 -0.1263 -0.1257 -7.1995 0.72 15.084 0.4158 -2.401

100.639 -800 -99.804 -0.1253 -0.1246 -7.1406 0.72 15.699 0.4244 -2.479

99.8036 -800 -98.968 -0.1242 -0.1236 -7.0817 0.72 16.315 0.4324 -2.556

0 10 20 30 40 50 60

-6

-5

-4

-3

-2

-1

0

CADENA1

CABLE

CADENA2

0 10 20 30 40 50 60

-6

-5

-4

-3

-2

-1

0



R2


V2


Y2


98.9682 -800 -98.133 -0.1232 -0.1226 -7.0228 0.72 16.931 0.4399 -2.632

98.1327 -800 -97.297 -0.1221 -0.1215 -6.9638 0.72 17.547 0.4468 -2.708

97.2973 -800 -96.462 -0.1211 -0.1205 -6.9049 0.72 18.163 0.4532 -2.783

96.4619 -800 -95.626 -0.1201 -0.1195 -6.8459 0.72 18.779 0.459 -2.858

95.6265 -800 -94.791 -0.119 -0.1185 -6.7869 0.72 19.395 0.4643 -2.932

94.7911 -800 -93.956 -0.118 -0.1174 -6.7279 0.72 20.012 0.469 -3.005

93.9556 -800 -93.12 -0.1169 -0.1164 -6.6689 0.72 20.628 0.4731 -3.078

93.1202 -800 -92.285 -0.1159 -0.1154 -6.6098 0.72 21.245 0.4767 -3.15

92.2848 -800 -91.449 -0.1148 -0.1143 -6.5508 0.72 21.861 0.4798 -3.222

91.4494 -800 -90.614 -0.1138 -0.1133 -6.4917 0.72 22.478 0.4823 -3.292

90.614 -800 -89.779 -0.1127 -0.1123 -6.4327 0.72 23.094 0.4842 -3.363

89.7785 -800 -88.943 -0.1117 -0.1112 -6.3736 0.72 23.711 0.4856 -3.432

88.9431 -800 -88.108 -0.1107 -0.1102 -6.3145 0.72 24.328 0.4865 -3.501

88.1077 -800 -87.272 -0.1096 -0.1092 -6.2554 0.72 24.945 0.4867 -3.569

87.2723 -800 -86.437 -0.1086 -0.1081 -6.1962 0.72 25.562 0.4865 -3.637

86.4369 -800 -85.601 -0.1075 -0.1071 -6.1371 0.72 26.179 0.4856 -3.704

85.6014 -800 -84.766 -0.1065 -0.1061 -6.0779 0.72 26.796 0.4842 -3.77

84.766 -800 -83.931 -0.1054 -0.105 -6.0188 0.72 27.413 0.4823 -3.836

83.9306 -800 -83.095 -0.1044 -0.104 -5.9596 0.72 28.03 0.4798 -3.901

83.0952 -800 -82.26 -0.1033 -0.103 -5.9004 0.72 28.648 0.4767 -3.965

82.2598 -800 -81.424 -0.1023 -0.1019 -5.8412 0.72 29.265 0.4731 -4.029

81.4243 -800 -80.589 -0.1013 -0.1009 -5.782 0.72 29.883 0.469 -4.092

80.5889 -800 -79.754 -0.1002 -0.0999 -5.7227 0.72 30.5 0.4642 -4.155

79.7535 -800 -78.918 -0.0992 -0.0988 -5.6635 0.72 31.118 0.459 -4.217

78.9181 -800 -78.083 -0.0981 -0.0978 -5.6042 0.72 31.735 0.4531 -4.278

78.0827 -800 -77.247 -0.0971 -0.0968 -5.545 0.72 32.353 0.4467 -4.339

77.2472 -800 -76.412 -0.096 -0.0957 -5.4857 0.72 32.971 0.4398 -4.399

76.4118 -800 -75.576 -0.095 -0.0947 -5.4264 0.72 33.588 0.4323 -4.458

75.5764 -800 -74.741 -0.0939 -0.0937 -5.3671 0.72 34.206 0.4242 -4.517

74.741 -800 -73.906 -0.0929 -0.0926 -5.3078 0.72 34.824 0.4156 -4.575

73.9056 -800 -73.07 -0.0919 -0.0916 -5.2485 0.72 35.442 0.4064 -4.632

73.0701 -800 -72.235 -0.0908 -0.0906 -5.1891 0.72 36.06 0.3967 -4.689

72.2347 -800 -71.399 -0.0898 -0.0895 -5.1298 0.72 36.678 0.3864 -4.745

71.3993 -800 -70.564 -0.0887 -0.0885 -5.0704 0.72 37.296 0.3755 -4.8

70.5639 -800 -69.728 -0.0877 -0.0875 -5.011 0.72 37.914 0.3641 -4.855

69.7285 -800 -68.893 -0.0866 -0.0864 -4.9517 0.72 38.533 0.3522 -4.91

68.893 -800 -68.058 -0.0856 -0.0854 -4.8923 0.72 39.151 0.3397 -4.963

68.0576 -800 -67.222 -0.0845 -0.0843 -4.8329 0.72 39.769 0.3266 -5.016

67.2222 -800 -66.387 -0.0835 -0.0833 -4.7734 0.72 40.387 0.3129 -5.068

66.3868 -800 -65.551 -0.0825 -0.0823 -4.714 0.72 41.006 0.2988 -5.12

65.5514 -800 -64.716 -0.0814 -0.0812 -4.6546 0.72 41.624 0.284 -5.171

64.7159 -800 -63.881 -0.0804 -0.0802 -4.5951 0.72 42.243 0.2687 -5.221

63.8805 -800 -63.045 -0.0793 -0.0792 -4.5357 0.72 42.861 0.2528 -5.271

63.0451 -800 -62.21 -0.0783 -0.0781 -4.4762 0.72 43.48 0.2364 -5.32

62.2097 -800 -61.374 -0.0772 -0.0771 -4.4168 0.72 44.098 0.2194 -5.368

61.3743 -800 -60.539 -0.0762 -0.076 -4.3573 0.72 44.717 0.2019 -5.416

60.5388 -800 -59.703 -0.0752 -0.075 -4.2978 0.72 45.335 0.1838 -5.463

59.7034 -800 -58.868 -0.0741 -0.074 -4.2383 0.72 45.954 0.1652 -5.51

58.868 -800 -50.868 -0.0686 -0.0685 -3.9235 1.0667 46.573 0.146 -5.556

50.868 -800 -42.868 -0.0586 -0.0585 -3.3528 1.0667 46.767 0.1397 -5.569

42.868 -800 -34.868 -0.0486 -0.0485 -2.7815 1.0667 46.961 0.1332 -5.58

34.868 -800 -26.868 -0.0386 -0.0386 -2.2097 1.0667 47.155 0.1264 -5.59

26.868 -800 -18.868 -0.0286 -0.0286 -1.6374 1.0667 47.35 0.1194 -5.597

18.868 -800 -10.868 -0.0186 -0.0186 -1.0647 1.0667 47.544 0.1121 -5.603

10.868 -800 -2.868 -0.0086 -0.0086 -0.4919 1.0667 47.739 0.1046 -5.607

2.868 -800 5.132 0.00141 0.00141 0.08107 1.0667 47.933 0.0967 -5.608

-5.132 -800 13.132 0.01141 0.01141 0.654 1.0667 48.128 0.0887 -5.608

-13.132 -800 21.132 0.02141 0.02141 1.2268 1.0667 48.322 0.0803 -5.606

-21.132 -800 29.132 0.03141 0.0314 1.79936 1.0667 48.516 0.0718 -5.602

-29.132 -800 37.132 0.04141 0.04139 2.37155 1.0667 48.711 0.0629 -5.595

-37.132 -800 45.132 0.05141 0.05137 2.94327 1.0667 48.905 0.0538 -5.587

-45.132 -800 53.132 0.06141 0.06134 3.51441 1.0667 49.099 0.0445 -5.577

-53.132 -800 61.132 0.07141 0.07129 4.08484 1.0667 49.293 0.0349 -5.565

-61.132 -800 69.132 0.08141 0.08124 4.65447 1.0667 49.487 0.025 -5.552

-69.132 -800 77.132 0.09141 0.09116 5.22318 1.0667 49.681 0.0149 -5.536

-77.132 -800 85.132 0.10141 0.10107 5.79085 1.0667 49.875 0.0045 -5.518

50.068 -0.006 -5.499

88.798


X2 Y2 Z2 FX1 FY1 FZ1 FX2 FY2 FZ2 Aux L^

longitud desv lat cota vertical deltaZ/ddeltaY/deltaX

0.1851 0.0101 -0.06 -800 -44.4 261.35 800 43.332 -253.3 -0.322 0.0548 1.0519

0.3707 0.0201 -0.117 -800 -43.33 253.35 800 42.266 -245.3 -0.312 0.0535 1.0488

0.5568 0.0298 -0.174 -800 -42.27 245.35 800 41.199 -237.3 -0.302 0.0522 1.0458

0.7435 0.0393 -0.228 -800 -41.2 237.35 800 40.132 -229.3 -0.292 0.0508 1.0429

0.9306 0.0485 -0.281 -800 -40.13 229.35 800 39.066 -221.3 -0.282 0.0495 1.0401

1.1183 0.0576 -0.332 -800 -39.07 221.35 800 38 -213.3 -0.272 0.0482 1.0374

1.3064 0.0664 -0.381 -800 -38 213.35 800 36.932 -205.3 -0.262 0.0468 1.0347

1.495 0.075 -0.428 -800 -36.93 205.35 800 35.866 -197.3 -0.252 0.0455 1.0322

1.6841 0.0833 -0.474 -800 -35.87 197.35 800 34.799 -189.3 -0.242 0.0442 1.0297

1.8735 0.0914 -0.518 -800 -34.8 189.35 800 33.732 -181.3 -0.232 0.0428 1.0274

2.0634 0.0993 -0.56 -800 -33.73 181.35 800 32.666 -173.3 -0.222 0.0415 1.0251

2.2537 0.107 -0.6 -800 -32.67 173.35 800 31.599 -165.3 -0.212 0.0402 1.0229

2.4444 0.1144 -0.639 -800 -31.6 165.35 800 30.532 -157.3 -0.202 0.0388 1.0209

2.6355 0.1215 -0.675 -800 -30.53 157.35 800 29.466 -149.3 -0.192 0.0375 1.0189

2.8269 0.1285 -0.71 -800 -29.47 149.35 800 28.399 -141.3 -0.182 0.0362 1.017

3.0186 0.1351 -0.743 -800 -28.4 141.35 800 27.332 -133.3 -0.172 0.0348 1.0152

3.2107 0.1416 -0.774 -800 -27.33 133.35 800 26.266 -125.3 -0.162 0.0335 1.0135

3.4031 0.1478 -0.803 -800 -26.27 125.35 800 25.199 -117.3 -0.152 0.0322 1.0119

4.0169 0.1668 -0.893 -800 -25.2 117.35 800 24.479 -116.5 -0.146 0.031 1.0111

4.6309 0.1853 -0.982 -800 -24.48 116.51 800 23.759 -115.7 -0.145 0.0301 1.0109

5.2449 0.2033 -1.071 -800 -23.76 115.68 800 23.039 -114.8 -0.144 0.0292 1.0107

5.8591 0.2207 -1.158 -800 -23.04 114.84 800 22.319 -114 -0.143 0.0283 1.0106

6.4734 0.2376 -1.246 -800 -22.32 114 800 21.599 -113.2 -0.142 0.0274 1.0104

7.0878 0.2539 -1.332 -800 -21.6 113.17 800 20.879 -112.3 -0.141 0.0265 1.0102

7.7023 0.2696 -1.418 -800 -20.88 112.33 800 20.159 -111.5 -0.14 0.0256 1.0101

8.3169 0.2848 -1.504 -800 -20.16 111.5 800 19.439 -110.7 -0.139 0.0247 1.0099

8.9315 0.2995 -1.588 -800 -19.44 110.66 800 18.719 -109.8 -0.138 0.0238 1.0097

9.5463 0.3136 -1.672 -800 -18.72 109.83 800 18 -109 -0.137 0.0229 1.0096

10.161 0.3272 -1.756 -800 -18 109 800 17.279 -108.2 -0.136 0.022 1.0094

10.776 0.3402 -1.839 -800 -17.28 108.16 800 16.559 -107.3 -0.135 0.0211 1.0092

11.391 0.3526 -1.921 -800 -16.56 107.32 800 15.839 -106.5 -0.134 0.0202 1.0091

12.006 0.3645 -2.002 -800 -15.84 106.49 800 15.119 -105.7 -0.133 0.0193 1.0089

12.622 0.3759 -2.083 -800 -15.12 105.65 800 14.4 -104.8 -0.132 0.0184 1.0088

13.237 0.3867 -2.164 -800 -14.4 104.82 800 13.68 -104 -0.13 0.0175 1.0086

13.853 0.3969 -2.243 -800 -13.68 104 800 12.96 -103.1 -0.129 0.0166 1.0085

14.468 0.4066 -2.322 -800 -12.96 103.15 800 12.24 -102.3 -0.128 0.0157 1.0083

15.084 0.4158 -2.401 -800 -12.24 102.31 800 11.52 -101.5 -0.127 0.0148 1.0082

15.699 0.4244 -2.479 -800 -11.52 101.47 800 10.8 -100.6 -0.126 0.0139 1.008

16.315 0.4324 -2.556 -800 -10.8 100.64 800 10.08 -99.8 -0.125 0.013 1.0079

16.931 0.4399 -2.632 -800 -10.08 99.804 800 9.3597 -98.97 -0.124 0.0121 1.0078

TG(α1) TG(α2)

0 10 20 30 40 50 60

-6

-5

-4

-3

-2

-1

0



17.547 0.4468 -2.708 -800 -9.36 98.968 800 8.6397 -98.13 -0.123 0.0112 1.0076

18.163 0.4532 -2.783 -800 -8.64 98.133 800 7.9197 -97.3 -0.122 0.0103 1.0075

18.779 0.459 -2.858 -800 -7.92 97.297 800 7.1998 -96.46 -0.121 0.0094 1.0074

19.395 0.4643 -2.932 -800 -7.2 96.462 800 6.4798 -95.63 -0.12 0.0085 1.0072

20.012 0.469 -3.005 -800 -6.48 95.626 800 5.7598 -94.79 -0.119 0.0076 1.0071

20.628 0.4731 -3.078 -800 -5.76 94.791 800 5.0398 -93.96 -0.118 0.0067 1.007

21.245 0.4767 -3.15 -800 -5.04 93.956 800 4.3199 -93.12 -0.117 0.0058 1.0068

21.861 0.4798 -3.222 -800 -4.32 93.12 800 3.5999 -92.28 -0.116 0.0049 1.0067

22.478 0.4823 -3.292 -800 -3.6 92.285 800 2.8799 -91.45 -0.115 0.004 1.0066

23.094 0.4842 -3.363 -800 -2.88 91.449 800 2.1599 -90.61 -0.114 0.0031 1.0065

23.711 0.4856 -3.432 -800 -2.16 90.614 800 1.44 -89.78 -0.113 0.0022 1.0063

24.328 0.4865 -3.501 -800 -1.44 89.779 800 0.72 -88.94 -0.112 0.0013 1.0062

24.945 0.4867 -3.569 -800 -0.72 88.943 800 -2E-14 -88.11 -0.111 0.0004 1.0061

25.562 0.4865 -3.637 -800 2E-14 88.108 800 -0.72 -87.27 -0.11 0 1.006

26.179 0.4856 -3.704 -800 0.72 87.272 800 -1.44 -86.44 -0.109 -0.001 1.0059

26.796 0.4842 -3.77 -800 1.44 86.437 800 -2.16 -85.6 -0.108 -0.002 1.0058

27.413 0.4823 -3.836 -800 2.1599 85.601 800 -2.88 -84.77 -0.106 -0.003 1.0057

28.03 0.4798 -3.901 -800 2.8799 84.766 800 -3.6 -83.93 -0.105 -0.004 1.0056

28.648 0.4767 -3.965 -800 3.5999 83.931 800 -4.32 -83.1 -0.104 -0.005 1.0054

29.265 0.4731 -4.029 -800 4.3199 83.095 800 -5.04 -82.26 -0.103 -0.006 1.0053

29.883 0.469 -4.092 -800 5.0398 82.26 800 -5.76 -81.42 -0.102 -0.007 1.0052

30.5 0.4642 -4.155 -800 5.7598 81.424 800 -6.48 -80.59 -0.101 -0.008 1.0051

31.118 0.459 -4.217 -800 6.4798 80.589 800 -7.2 -79.75 -0.1 -0.009 1.005

31.735 0.4531 -4.278 -800 7.1998 79.754 800 -7.92 -78.92 -0.099 -0.009 1.0049

32.353 0.4467 -4.339 -800 7.9197 78.918 800 -8.64 -78.08 -0.098 -0.01 1.0049

32.971 0.4398 -4.399 -800 8.6397 78.083 800 -9.36 -77.25 -0.097 -0.011 1.0048

33.588 0.4323 -4.458 -800 9.3597 77.247 800 -10.08 -76.41 -0.096 -0.012 1.0047

34.206 0.4242 -4.517 -800 10.08 76.412 800 -10.8 -75.58 -0.095 -0.013 1.0046

34.824 0.4156 -4.575 -800 10.8 75.576 800 -11.52 -74.74 -0.094 -0.014 1.0045

35.442 0.4064 -4.632 -800 11.52 74.741 800 -12.24 -73.91 -0.093 -0.015 1.0044

36.06 0.3967 -4.689 -800 12.24 73.906 800 -12.96 -73.07 -0.092 -0.016 1.0043

36.678 0.3864 -4.745 -800 12.96 73.07 800 -13.68 -72.23 -0.091 -0.017 1.0043

37.296 0.3755 -4.8 -800 13.68 72.235 800 -14.4 -71.4 -0.09 -0.018 1.0042

37.914 0.3641 -4.855 -800 14.4 71.399 800 -15.12 -70.56 -0.089 -0.018 1.0041

38.533 0.3522 -4.91 -800 15.119 70.564 800 -15.84 -69.73 -0.088 -0.019 1.004

39.151 0.3397 -4.963 -800 15.839 69.728 800 -16.56 -68.89 -0.087 -0.02 1.004

39.769 0.3266 -5.016 -800 16.559 68.893 800 -17.28 -68.06 -0.086 -0.021 1.0039

40.387 0.3129 -5.068 -800 17.279 68.058 800 -18 -67.22 -0.085 -0.022 1.0038

41.006 0.2988 -5.12 -800 18 67.222 800 -18.72 -66.39 -0.084 -0.023 1.0037

41.624 0.284 -5.171 -800 18.719 66.387 800 -19.44 -65.55 -0.082 -0.024 1.0037

42.243 0.2687 -5.221 -800 19.439 65.551 800 -20.16 -64.72 -0.081 -0.025 1.0036

42.861 0.2528 -5.271 -800 20.159 64.716 800 -20.88 -63.88 -0.08 -0.026 1.0036

43.48 0.2364 -5.32 -800 20.879 63.881 800 -21.6 -63.05 -0.079 -0.027 1.0035

44.098 0.2194 -5.368 -800 21.599 63.045 800 -22.32 -62.21 -0.078 -0.027 1.0034

44.717 0.2019 -5.416 -800 22.319 62.21 800 -23.04 -61.37 -0.077 -0.028 1.0034

45.335 0.1838 -5.463 -800 23.039 61.374 800 -23.76 -60.54 -0.076 -0.029 1.0033

45.954 0.1652 -5.51 -800 23.759 60.539 800 -24.48 -59.7 -0.075 -0.03 1.0033

46.573 0.146 -5.556 -800 24.479 59.703 800 -25.2 -58.87 -0.074 -0.031 1.0032

46.767 0.1397 -5.569 -800 25.199 58.868 800 -26.27 -50.87 -0.069 -0.032 1.0029

46.961 0.1332 -5.58 -800 26.266 50.868 800 -27.33 -42.87 -0.059 -0.033 1.0023

47.155 0.1264 -5.59 -800 27.332 42.868 800 -28.4 -34.87 -0.049 -0.035 1.0018

47.35 0.1194 -5.597 -800 28.399 34.868 800 -29.47 -26.87 -0.039 -0.036 1.0014

47.544 0.1121 -5.603 -800 29.466 26.868 800 -30.53 -18.87 -0.029 -0.037 1.0011

47.739 0.1046 -5.607 -800 30.532 18.868 800 -31.6 -10.87 -0.019 -0.039 1.0009

47.933 0.0967 -5.608 -800 31.599 10.868 800 -32.67 -2.868 -0.009 -0.04 1.0008

48.128 0.0887 -5.608 -800 32.666 2.868 800 -33.73 5.132 0.0014 -0.041 1.0009

48.322 0.0803 -5.606 -800 33.732 -5.132 800 -34.8 13.132 0.0114 -0.043 1.001

48.516 0.0718 -5.602 -800 34.799 -13.13 800 -35.87 21.132 0.0214 -0.044 1.0012

48.711 0.0629 -5.595 -800 35.866 -21.13 800 -36.93 29.132 0.0314 -0.045 1.0015

48.905 0.0538 -5.587 -800 36.932 -29.13 800 -38 37.132 0.0414 -0.047 1.002

49.099 0.0445 -5.577 -800 38 -37.13 800 -39.07 45.132 0.0514 -0.048 1.0025

49.293 0.0349 -5.565 -800 39.066 -45.13 800 -40.13 53.132 0.0614 -0.049 1.0031

49.487 0.025 -5.552 -800 40.132 -53.13 800 -41.2 61.132 0.0714 -0.051 1.0038

49.681 0.0149 -5.536 -800 41.199 -61.13 800 -42.27 69.132 0.0814 -0.052 1.0047

49.875 0.0045 -5.518 -800 42.266 -69.13 800 -43.33 77.132 0.0914 -0.053 1.0056

50.068 -0.006 -5.499 -800 43.332 -77.13 800 -44.4 85.132 0.1014 -0.055 1.0066



PESO AISL UNITARIO 6 kg

CANTIDAD AISL / CADENA 24 c/u

CONDUCTOR


VANO HORIZONTAL

VANO HORIZ ENTRE ANCLAJES D 50.77718484 m

Desnivel anclaje 2 respecto a anclaje 1 2 m

TENSION HORIZONTAL A 800 kg

Modelacion conductor

Largo elemento conductor 0.626890303 m

Peso elemento conductor 0.843794348 kg

Modelacion cadena aisladores

largo elemento cadena aisladora 0.194666667 m

peso elemento cadena aisladora 8 kg

Long total aisl+conduc B 50.89032121 m

Vano horizontal resultante 50.77669824 m

Error en vano horizontal 0.000

H 50.89080781

Peso total elementos / 2 173.5328022

Fuerza reaccion vertical anclaje 1 D 141.9314474 kg

Desnivel anclaje 2 resultante 2 m

Diferencia E 0.000 m

Usar solver para lograr E = 0 ajustando D


Horizontal 800.0 kg


Total 812.5 kg


Horizontal 800.0 kg


Total 825.9 kg

FLECHA CADENA AISLADORES 0.303

FLECH TRAMO CONDUCTOR -0.001

FLECHA TOTAL 0.302


A21


ESTIMACION DESPLAZAMIENTO LATERAL POR VIENTO



Superficie viento aislador 0.02 m2

Superficie viento elemento cadena 0.026666667 m2

Superficie viento elemento conductor 0.018179819 m2

Vector unitario Anclaje 1 --> Anclaje 2 x 0.999225203

y 0.039357251

Coordenadas inicio - fin conductor 3.486147973 -0.30392986

47.32438326 1.426970193

Vector unitario entre grampas conductor x 0.999221425

y 0.039453058


Peso adiPeso el W L X1 Z1 X2 Z2 FX1

kg

AISL1 8 8 0.1947 anclaje 1 0 0 0.19184 -0.0331 800

AISL2 8 8 0.1947 0.19184 -0.0331 0.38399 -0.0643 800

AISL3 8 8 0.1947 0.38399 -0.0643 0.57643 -0.0936 800

AISL4 8 8 0.1947 0.57643 -0.0936 0.76915 -0.1211 800

AISL5 8 8 0.1947 0.76915 -0.1211 0.96213 -0.1466 800

AISL6 8 8 0.1947 0.96213 -0.1466 1.15536 -0.1703 800

AISL7 8 8 0.1947 1.15536 -0.1703 1.34881 -0.192 800

AISL8 8 8 0.1947 1.34881 -0.192 1.54246 -0.2118 800

AISL9 8 8 0.1947 1.54246 -0.2118 1.7363 -0.2298 800

AISL10 8 8 0.1947 1.7363 -0.2298 1.93031 -0.2457 800

AISL11 8 8 0.1947 1.93031 -0.2457 2.12447 -0.2598 800

AISL12 8 8 0.1947 2.12447 -0.2598 2.31876 -0.2719 800

AISL13 8 8 0.1947 2.31876 -0.2719 2.51316 -0.2821 800

AISL14 8 8 0.1947 2.51316 -0.2821 2.70765 -0.2904 800

AISL15 8 8 0.1947 2.70765 -0.2904 2.90221 -0.2967 800

AISL16 8 8 0.1947 2.90221 -0.2967 3.09683 -0.301 800

AISL17 8 8 0.1947 3.09683 -0.301 3.29148 -0.3035 800

AISL18 8 8 0.1947 3.29148 -0.3035 3.48615 -0.3039 800

COND1 0.8438 0.8438 0.6269 3.48615 -0.3039 4.11304 -0.302 800

COND2 0.8438 0.8438 0.6269 4.11304 -0.302 4.73992 -0.2994 800

COND3 0.8438 0.8438 0.6269 4.73992 -0.2994 5.3668 -0.2961 800

COND4 0.8438 0.8438 0.6269 5.3668 -0.2961 5.99368 -0.2922 800

COND5 0.8438 0.8438 0.6269 5.99368 -0.2922 6.62055 -0.2876 800

COND6 0.8438 0.8438 0.6269 6.62055 -0.2876 7.24742 -0.2823 800

COND7 0.8438 0.8438 0.6269 7.24742 -0.2823 7.87428 -0.2764 800

COND8 0.8438 0.8438 0.6269 7.87428 -0.2764 8.50114 -0.2698 800

COND9 0.8438 0.8438 0.6269 8.50114 -0.2698 9.12799 -0.2626 800

COND1 0 0.8438 0.8438 0.6269 9.12799 -0.2626 9.75483 -0.2547 800

COND11 0.8438 0.8438 0.6269 9.75483 -0.2547 10.3817 -0.2461 800

COND12 0.8438 0.8438 0.6269 10.3817 -0.2461 11.0085 -0.2369 800

COND13 0.8438 0.8438 0.6269 11.0085 -0.2369 11.6353 -0.227 800

COND14 0.8438 0.8438 0.6269 11.6353 -0.227 12.2621 -0.2164 800

COND15 0.8438 0.8438 0.6269 12.2621 -0.2164 12.8889 -0.2052 800

COND16 0.8438 0.8438 0.6269 12.8889 -0.2052 13.5157 -0.1934 800

COND17 0.8438 0.8438 0.6269 13.5157 -0.1934 14.1424 -0.1808 800

COND18 0.8438 0.8438 0.6269 14.1424 -0.1808 14.7692 -0.1677 800

COND19 0.8438 0.8438 0.6269 14.7692 -0.1677 15.3959 -0.1538 800

COND20 0.8438 0.8438 0.6269 15.3959 -0.1538 16.0226 -0.1393 800

COND21 0.8438 0.8438 0.6269 16.0226 -0.1393 16.6493 -0.1241 800

COND22 0.8438 0.8438 0.6269 16.6493 -0.1241 17.276 -0.1083 800

0 10 20 30 40 50 60

-0.5

0

0.5

1

1.5

2

2.5

CADENA1

CABLE

CADENA2

Q2


COND23 0.8438 0.8438 0.6269 17.276 -0.1083 17.9027 -0.0918 800

COND24 0.8438 0.8438 0.6269 17.9027 -0.0918 18.5294 -0.0746 800

COND25 0.8438 0.8438 0.6269 18.5294 -0.0746 19.156 -0.0568 800

COND26 0.8438 0.8438 0.6269 19.156 -0.0568 19.7826 -0.0384 800

COND27 0.8438 0.8438 0.6269 19.7826 -0.0384 20.4092 -0.0192 800

COND28 0.8438 0.8438 0.6269 20.4092 -0.0192 21.0358 0.00057 800

COND29 0.8438 0.8438 0.6269 21.0358 0.00057 21.6624 0.02103 800

COND30 0.8438 0.8438 0.6269 21.6624 0.02103 22.2889 0.04214 800

COND31 0.8438 0.8438 0.6269 22.2889 0.04214 22.9154 0.06391 800

COND32 0.8438 0.8438 0.6269 22.9154 0.06391 23.5419 0.08635 800

COND33 0.8438 0.8438 0.6269 23.5419 0.08635 24.1684 0.10944 800

COND34 0.8438 0.8438 0.6269 24.1684 0.10944 24.7948 0.1332 800

COND35 0.8438 0.8438 0.6269 24.7948 0.1332 25.4212 0.15761 800

COND36 0.8438 0.8438 0.6269 25.4212 0.15761 26.0476 0.18269 800

COND37 0.8438 0.8438 0.6269 26.0476 0.18269 26.674 0.20842 800

COND38 0.8438 0.8438 0.6269 26.674 0.20842 27.3003 0.23481 800

COND39 0.8438 0.8438 0.6269 27.3003 0.23481 27.9266 0.26186 800

COND40 0.8438 0.8438 0.6269 27.9266 0.26186 28.5529 0.28958 800

COND41 0.8438 0.8438 0.6269 28.5529 0.28958 29.1791 0.31795 800

COND42 0.8438 0.8438 0.6269 29.1791 0.31795 29.8053 0.34698 800

COND43 0.8438 0.8438 0.6269 29.8053 0.34698 30.4315 0.37667 800

COND44 0.8438 0.8438 0.6269 30.4315 0.37667 31.0577 0.40701 800

COND45 0.8438 0.8438 0.6269 31.0577 0.40701 31.6838 0.43802 800

COND46 0.8438 0.8438 0.6269 31.6838 0.43802 32.3099 0.46969 800

COND47 0.8438 0.8438 0.6269 32.3099 0.46969 32.936 0.50201 800

COND48 0.8438 0.8438 0.6269 32.936 0.50201 33.562 0.53499 800

COND49 0.8438 0.8438 0.6269 33.562 0.53499 34.188 0.56863 800

COND50 0.8438 0.8438 0.6269 34.188 0.56863 34.8139 0.60293 800

COND51 0.8438 0.8438 0.6269 34.8139 0.60293 35.4398 0.63789 800

COND52 0.8438 0.8438 0.6269 35.4398 0.63789 36.0657 0.67351 800

COND53 0.8438 0.8438 0.6269 36.0657 0.67351 36.6915 0.70978 800

COND54 0.8438 0.8438 0.6269 36.6915 0.70978 37.3174 0.74671 800

COND55 0.8438 0.8438 0.6269 37.3174 0.74671 37.9431 0.7843 800

COND56 0.8438 0.8438 0.6269 37.9431 0.7843 38.5688 0.82255 800

COND57 0.8438 0.8438 0.6269 38.5688 0.82255 39.1945 0.86145 800

COND58 0.8438 0.8438 0.6269 39.1945 0.86145 39.8202 0.90101 800

COND59 0.8438 0.8438 0.6269 39.8202 0.90101 40.4458 0.94123 800

COND60 0.8438 0.8438 0.6269 40.4458 0.94123 41.0713 0.98211 800

COND61 0.8438 0.8438 0.6269 41.0713 0.98211 41.6968 1.02364 800

COND62 0.8438 0.8438 0.6269 41.6968 1.02364 42.3223 1.06583 800

COND63 0.8438 0.8438 0.6269 42.3223 1.06583 42.9477 1.10867 800

COND64 0.8438 0.8438 0.6269 42.9477 1.10867 43.5731 1.15218 800

COND65 0.8438 0.8438 0.6269 43.5731 1.15218 44.1984 1.19634 800

COND66 0.8438 0.8438 0.6269 44.1984 1.19634 44.8237 1.24115 800

COND67 0.8438 0.8438 0.6269 44.8237 1.24115 45.449 1.28662 800

COND68 0.8438 0.8438 0.6269 45.449 1.28662 46.0741 1.33275 800

COND69 0.8438 0.8438 0.6269 46.0741 1.33275 46.6993 1.37953 800

COND70 0.8438 0.8438 0.6269 46.6993 1.37953 47.3244 1.42697 800

AISL18 8 8 0.1947 47.3244 1.42697 47.5184 1.44277 800

AISL17 8 8 0.1947 47.5184 1.44277 47.7123 1.46049 800

AISL16 8 8 0.1947 47.7123 1.46049 47.9059 1.48013 800

AISL15 8 8 0.1947 47.9059 1.48013 48.0994 1.50169 800

AISL14 8 8 0.1947 48.0994 1.50169 48.2927 1.52515 800

AISL13 8 8 0.1947 48.2927 1.52515 48.4857 1.55052 800

AISL12 8 8 0.1947 48.4857 1.55052 48.6784 1.57777 800

AISL11 8 8 0.1947 48.6784 1.57777 48.8709 1.60692 800

AISL10 8 8 0.1947 48.8709 1.60692 49.0631 1.63794 800

AISL9 8 8 0.1947 49.0631 1.63794 49.2549 1.67083 800

AISL8 8 8 0.1947 49.2549 1.67083 49.4465 1.70558 800

AISL7 8 8 0.1947 49.4465 1.70558 49.6377 1.74217 800

AISL6 8 8 0.1947 49.6377 1.74217 49.8285 1.78061 800

AISL5 8 8 0.1947 49.8285 1.78061 50.019 1.82088 800

AISL4 8 8 0.1947 50.019 1.82088 50.209 1.86296 800

AISL3 8 8 0.1947 50.209 1.86296 50.3987 1.90685 800

AISL2 8 8 0.1947 50.3987 1.90685 50.5879 1.95253 800

AISL1 8 8 0.1947 50.5879 1.95253 50.7767 2 800

anclaje 2 50.7767 2




FZ1 FX2 FZ2 tg alf alf FV X1 Y1 Z1

longitud desv lat cota vert

141.931 -800 -133.93 -0.1724 -0.1707 -9.7824 1.0667 0 0 0

133.931 -800 -125.93 -0.1624 -0.161 -9.2251 1.0667 0.1916 0.0106 -0.033

125.931 -800 -117.93 -0.1524 -0.1513 -8.666 1.0667 0.3834 0.0209 -0.064

117.931 -800 -109.93 -0.1424 -0.1415 -8.1052 1.0667 0.5756 0.031 -0.093

109.931 -800 -101.93 -0.1324 -0.1316 -7.5429 1.0667 0.7681 0.0408 -0.121

101.931 -800 -93.931 -0.1224 -0.1218 -6.9791 1.0667 0.9608 0.0504 -0.146

93.9314 -800 -85.931 -0.1124 -0.1119 -6.4139 1.0667 1.1538 0.0598 -0.17

85.9314 -800 -77.931 -0.1024 -0.1021 -5.8475 1.0667 1.3471 0.0689 -0.192

77.9314 -800 -69.931 -0.0924 -0.0922 -5.28 1.0667 1.5405 0.0778 -0.212

69.9314 -800 -61.931 -0.0824 -0.0822 -4.7113 1.0667 1.7342 0.0864 -0.229

61.9314 -800 -53.931 -0.0724 -0.0723 -4.1418 1.0667 1.928 0.0947 -0.245

53.9314 -800 -45.931 -0.0624 -0.0623 -3.5714 1.0667 2.122 0.1028 -0.259

45.9314 -800 -37.931 -0.0524 -0.0524 -3.0004 1.0667 2.3161 0.1107 -0.272

37.9314 -800 -29.931 -0.0424 -0.0424 -2.4287 1.0667 2.5104 0.1183 -0.282

29.9314 -800 -21.931 -0.0324 -0.0324 -1.8566 1.0667 2.7047 0.1257 -0.29

21.9314 -800 -13.931 -0.0224 -0.0224 -1.284 1.0667 2.8992 0.1327 -0.296

13.9314 -800 -5.9314 -0.0124 -0.0124 -0.7113 1.0667 3.0937 0.1396 -0.301

5.93145 -800 2.06855 -0.0024 -0.0024 -0.1383 1.0667 3.2882 0.1462 -0.303

-2.0686 -800 2.91235 0.00311 0.00311 0.17836 0.7272 3.4828 0.1525 -0.304

-2.9123 -800 3.75614 0.00417 0.00417 0.2388 0.7272 4.1094 0.1721 -0.302

-3.7561 -800 4.59994 0.00522 0.00522 0.29923 0.7272 4.7359 0.1912 -0.299

-4.5999 -800 5.44373 0.00628 0.00628 0.35966 0.7272 5.3626 0.2097 -0.296

-5.4437 -800 6.28752 0.00733 0.00733 0.42009 0.7272 5.9892 0.2277 -0.292

-6.2875 -800 7.13132 0.00839 0.00839 0.48052 0.7272 6.6158 0.245 -0.287

-7.1313 -800 7.97511 0.00944 0.00944 0.54094 0.7272 7.2425 0.2618 -0.282

-7.9751 -800 8.81891 0.0105 0.0105 0.60137 0.7272 7.8691 0.2781 -0.276

-8.8189 -800 9.6627 0.01155 0.01155 0.66179 0.7272 8.4958 0.2937 -0.269

-9.6627 -800 10.5065 0.01261 0.01261 0.72222 0.7272 9.1224 0.3088 -0.262

-10.506 -800 11.3503 0.01366 0.01366 0.78264 0.7272 9.7491 0.3234 -0.254

-11.35 -800 12.1941 0.01472 0.01471 0.84306 0.7272 10.376 0.3373 -0.246

-12.194 -800 13.0379 0.01577 0.01577 0.90348 0.7272 11 0.3507 -0.237

-13.038 -800 13.8817 0.01682 0.01682 0.96389 0.7272 11.629 0.3635 -0.227

-13.882 -800 14.7255 0.01788 0.01788 1.02431 0.7272 12.256 0.3758 -0.216

-14.725 -800 15.5693 0.01893 0.01893 1.08472 0.7272 12.883 0.3874 -0.205

-15.569 -800 16.4131 0.01999 0.01999 1.14513 0.7272 13.509 0.3986 -0.193

-16.413 -800 17.2569 0.02104 0.02104 1.20554 0.7272 14.136 0.4091 -0.181

-17.257 -800 18.1006 0.0221 0.02209 1.26594 0.7272 14.763 0.4191 -0.167

-18.101 -800 18.9444 0.02315 0.02315 1.32634 0.7272 15.389 0.4285 -0.153

-18.944 -800 19.7882 0.02421 0.0242 1.38674 0.7272 16.016 0.4373 -0.139

-19.788 -800 20.632 0.02526 0.02526 1.44714 0.7272 16.643 0.4456 -0.124

0 10 20 30 40 50 60

-0.5

0

0.5

1

1.5

2

2.5

CADENA1

CABLE

CADENA2

0 10 20 30 40 50 60

-0.5

0

0.5

1

1.5

2

2.5

Desviacion lateral viento


R2


V2


Y2


-20.632 -800 21.4758 0.02632 0.02631 1.50753 0.7272 17.269 0.4532 -0.108

-21.476 -800 22.3196 0.02737 0.02737 1.56792 0.7272 17.896 0.4604 -0.091

-22.32 -800 23.1634 0.02843 0.02842 1.6283 0.7272 18.522 0.4669 -0.074

-23.163 -800 24.0072 0.02948 0.02947 1.68868 0.7272 19.149 0.4729 -0.057

-24.007 -800 24.851 0.03054 0.03053 1.74906 0.7272 19.776 0.4783 -0.038

-24.851 -800 25.6948 0.03159 0.03158 1.80944 0.7272 20.402 0.4831 -0.019

-25.695 -800 26.5386 0.03265 0.03263 1.86981 0.7272 21.029 0.4874 0.0009

-26.539 -800 27.3824 0.0337 0.03369 1.93017 0.7272 21.655 0.4911 0.0213

-27.382 -800 28.2262 0.03476 0.03474 1.99053 0.7272 22.282 0.4942 0.0424

-28.226 -800 29.07 0.03581 0.03579 2.05089 0.7272 22.908 0.4968 0.0642

-29.07 -800 29.9138 0.03686 0.03685 2.11124 0.7272 23.535 0.4988 0.0867

-29.914 -800 30.7576 0.03792 0.0379 2.17159 0.7272 24.161 0.5002 0.1097

-30.758 -800 31.6014 0.03897 0.03895 2.23193 0.7272 24.788 0.5011 0.1335

-31.601 -800 32.4451 0.04003 0.04001 2.29227 0.7272 25.414 0.5014 0.1579

-32.445 -800 33.2889 0.04108 0.04106 2.35261 0.7272 26.041 0.5011 0.183

-33.289 -800 34.1327 0.04214 0.04211 2.41293 0.7272 26.667 0.5002 0.2087

-34.133 -800 34.9765 0.04319 0.04317 2.47326 0.7272 27.293 0.4988 0.2351

-34.977 -800 35.8203 0.04425 0.04422 2.53357 0.7272 27.92 0.4968 0.2622

-35.82 -800 36.6641 0.0453 0.04527 2.59388 0.7272 28.546 0.4943 0.2899

-36.664 -800 37.5079 0.04636 0.04632 2.65419 0.7272 29.172 0.4911 0.3182

-37.508 -800 38.3517 0.04741 0.04738 2.71449 0.7272 29.798 0.4874 0.3473

-38.352 -800 39.1955 0.04847 0.04843 2.77478 0.7272 30.424 0.4832 0.377

-39.196 -800 40.0393 0.04952 0.04948 2.83507 0.7272 31.051 0.4783 0.4073

-40.039 -800 40.8831 0.05058 0.05053 2.89535 0.7272 31.677 0.4729 0.4383

-40.883 -800 41.7269 0.05163 0.05159 2.95563 0.7272 32.303 0.4669 0.47

-41.727 -800 42.5707 0.05269 0.05264 3.0159 0.7272 32.929 0.4604 0.5023

-42.571 -800 43.4145 0.05374 0.05369 3.07616 0.7272 33.555 0.4533 0.5353

-43.414 -800 44.2583 0.0548 0.05474 3.13641 0.7272 34.181 0.4456 0.5689

-44.258 -800 45.1021 0.05585 0.05579 3.19666 0.7272 34.807 0.4373 0.6032

-45.102 -800 45.9459 0.0569 0.05684 3.2569 0.7272 35.432 0.4285 0.6382

-45.946 -800 46.7897 0.05796 0.05789 3.31713 0.7272 36.058 0.4191 0.6738

-46.79 -800 47.6334 0.05901 0.05895 3.37736 0.7272 36.684 0.4092 0.7101

-47.633 -800 48.4772 0.06007 0.06 3.43758 0.7272 37.31 0.3987 0.747

-48.477 -800 49.321 0.06112 0.06105 3.49779 0.7272 37.935 0.3876 0.7846

-49.321 -800 50.1648 0.06218 0.0621 3.55799 0.7272 38.561 0.3759 0.8228

-50.165 -800 51.0086 0.06323 0.06315 3.61819 0.7272 39.187 0.3637 0.8617

-51.009 -800 51.8524 0.06429 0.0642 3.67838 0.7272 39.812 0.3509 0.9013

-51.852 -800 52.6962 0.06534 0.06525 3.73856 0.7272 40.437 0.3375 0.9415

-52.696 -800 53.54 0.0664 0.0663 3.79873 0.7272 41.063 0.3236 0.9823

-53.54 -800 54.3838 0.06745 0.06735 3.85889 0.7272 41.688 0.3091 1.0239

-54.384 -800 55.2276 0.06851 0.0684 3.91905 0.7272 42.314 0.2941 1.066

-55.228 -800 56.0714 0.06956 0.06945 3.97919 0.7272 42.939 0.2784 1.1089

-56.071 -800 56.9152 0.07062 0.0705 4.03933 0.7272 43.564 0.2622 1.1523

-56.915 -800 57.759 0.07167 0.07155 4.09946 0.7272 44.189 0.2455 1.1965

-57.759 -800 58.6028 0.07273 0.0726 4.15958 0.7272 44.814 0.2281 1.2413

-58.603 -800 59.4466 0.07378 0.07365 4.21968 0.7272 45.439 0.2102 1.2867

-59.447 -800 60.2904 0.07484 0.0747 4.27979 0.7272 46.064 0.1918 1.3328

-60.29 -800 61.1342 0.07589 0.07575 4.33988 0.7272 46.689 0.1728 1.3796

-61.134 -800 69.1342 0.08142 0.08124 4.65462 1.0667 47.314 0.1532 1.427

-69.134 -800 77.1342 0.09142 0.09116 5.22333 1.0667 47.508 0.1469 1.4428

-77.134 -800 85.1342 0.10142 0.10107 5.79101 1.0667 47.701 0.1403 1.4605

-85.134 -800 93.1342 0.11142 0.11096 6.35754 1.0667 47.895 0.1335 1.4802

-93.134 -800 101.134 0.12142 0.12083 6.92283 1.0667 48.088 0.1265 1.5017

-101.13 -800 109.134 0.13142 0.13067 7.48678 1.0667 48.281 0.1191 1.5251

-109.13 -800 117.134 0.14142 0.14049 8.04926 1.0667 48.474 0.1116 1.5505

-117.13 -800 125.134 0.15142 0.15028 8.61019 1.0667 48.667 0.1038 1.5777

-125.13 -800 133.134 0.16142 0.16004 9.16946 1.0667 48.859 0.0958 1.6068

-133.13 -800 141.134 0.17142 0.16977 9.72697 1.0667 49.051 0.0875 1.6378

-141.13 -800 149.134 0.18142 0.17947 10.2826 1.0667 49.243 0.0789 1.6707

-149.13 -800 157.134 0.19142 0.18913 10.8363 1.0667 49.434 0.0702 1.7054

-157.13 -800 165.134 0.20142 0.19876 11.388 1.0667 49.625 0.0612 1.742

-165.13 -800 173.134 0.21142 0.20835 11.9376 1.0667 49.816 0.0519 1.7804

-173.13 -800 181.134 0.22142 0.2179 12.4849 1.0667 50.006 0.0425 1.8206

-181.13 -800 189.134 0.23142 0.22741 13.0299 1.0667 50.196 0.0328 1.8626

-189.13 -800 197.134 0.24142 0.23689 13.5725 1.0667 50.385 0.0228 1.9064

-197.13 -800 205.134 0.25142 0.24631 14.1127 1.0667 50.574 0.0126 1.9521

50.763 0.0022 1.9995

89.303


X2 Y2 Z2 FX1 FY1 FZ1 FX2 FY2 FZ2 Aux L^

longitud desv lat cota vertical deltaZ/ddeltaY/deltaX

0.1916 0.0106 -0.033 -800 -44.65 141.93 800 43.585 -133.9 -0.172 0.0551 1.0163

0.3834 0.0209 -0.064 -800 -43.59 133.93 800 42.518 -125.9 -0.162 0.0538 1.0145

0.5756 0.031 -0.093 -800 -42.52 125.93 800 41.452 -117.9 -0.152 0.0525 1.0129

0.7681 0.0408 -0.121 -800 -41.45 117.93 800 40.385 -109.9 -0.142 0.0511 1.0114

0.9608 0.0504 -0.146 -800 -40.39 109.93 800 39.318 -101.9 -0.132 0.0498 1.01

1.1538 0.0598 -0.17 -800 -39.32 101.93 800 38.252 -93.93 -0.122 0.0485 1.0086

1.3471 0.0689 -0.192 -800 -38.25 93.931 800 37.185 -85.93 -0.112 0.0471 1.0074

1.5405 0.0778 -0.212 -800 -37.19 85.931 800 36.118 -77.93 -0.102 0.0458 1.0063

1.7342 0.0864 -0.229 -800 -36.12 77.931 800 35.052 -69.93 -0.092 0.0445 1.0052

1.928 0.0947 -0.245 -800 -35.05 69.931 800 33.985 -61.93 -0.082 0.0431 1.0043

2.122 0.1028 -0.259 -800 -33.99 61.931 800 32.918 -53.93 -0.072 0.0418 1.0035

2.3161 0.1107 -0.272 -800 -32.92 53.931 800 31.852 -45.93 -0.062 0.0405 1.0028

2.5104 0.1183 -0.282 -800 -31.85 45.931 800 30.785 -37.93 -0.052 0.0391 1.0021

2.7047 0.1257 -0.29 -800 -30.79 37.931 800 29.718 -29.93 -0.042 0.0378 1.0016

2.8992 0.1327 -0.296 -800 -29.72 29.931 800 28.652 -21.93 -0.032 0.0365 1.0012

3.0937 0.1396 -0.301 -800 -28.65 21.931 800 27.585 -13.93 -0.022 0.0351 1.0009

3.2882 0.1462 -0.303 -800 -27.59 13.931 800 26.518 -5.931 -0.012 0.0338 1.0006

3.4828 0.1525 -0.304 -800 -26.52 5.9314 800 25.452 2.0686 -0.002 0.0325 1.0005

4.1094 0.1721 -0.302 -800 -25.45 -2.069 800 24.725 2.9123 0.0031 0.0314 1

4.7359 0.1912 -0.299 -800 -24.72 -2.912 800 24 3.7561 0.0042 0.0305 1

5.3626 0.2097 -0.296 -800 -24 -3.756 800 23.27 4.5999 0.0052 0.0295 1

5.9892 0.2277 -0.292 -800 -23.27 -4.6 800 22.543 5.4437 0.0063 0.0286 1

6.6158 0.245 -0.287 -800 -22.54 -5.444 800 21.816 6.2875 0.0073 0.0277 1

7.2425 0.2618 -0.282 -800 -21.82 -6.288 800 21.089 7.1313 0.0084 0.0268 1

7.8691 0.2781 -0.276 -800 -21.09 -7.131 800 20.361 7.9751 0.0094 0.0259 1

8.4958 0.2937 -0.269 -800 -20.36 -7.975 800 19.634 8.8189 0.0105 0.025 1

9.1224 0.3088 -0.262 -800 -19.63 -8.819 800 18.907 9.6627 0.0116 0.0241 1

9.7491 0.3234 -0.254 -800 -18.91 -9.663 800 18.18 10.506 0.0126 0.0232 1

10.376 0.3373 -0.246 -800 -18.18 -10.51 800 17.453 11.35 0.0137 0.0223 1

11 0.3507 -0.237 -800 -17.45 -11.35 800 16.725 12.194 0.0147 0.0214 1

11.629 0.3635 -0.227 -800 -16.73 -12.19 800 16 13.038 0.0158 0.0205 1

12.256 0.3758 -0.216 -800 -16 -13.04 800 15.271 13.882 0.0168 0.0195 1

12.883 0.3874 -0.205 -800 -15.27 -13.88 800 14.544 14.725 0.0179 0.0186 1

13.509 0.3986 -0.193 -800 -14.54 -14.73 800 13.817 15.569 0.0189 0.0177 1

14.136 0.4091 -0.181 -800 -13.82 -15.57 800 13.089 16.413 0.02 0.0168 1

14.763 0.4191 -0.167 -800 -13.09 -16.41 800 12.362 17.257 0.021 0.0159 1

15.389 0.4285 -0.153 -800 -12.36 -17.26 800 11.635 18.101 0.0221 0.015 1

16.016 0.4373 -0.139 -800 -11.64 -18.1 800 10.908 18.944 0.0232 0.0141 1

16.643 0.4456 -0.124 -800 -10.91 -18.94 800 10.181 19.788 0.0242 0.0132 1

17.269 0.4532 -0.108 -800 -10.18 -19.79 800 9.4535 20.632 0.0253 0.0123 1

TG(α1) TG(α2)

0 10 20 30 40 50 60

-0.5

0

0.5

1

1.5

2

2.5



17.896 0.4604 -0.091 -800 -9.454 -20.63 800 8.7263 21.476 0.0263 0.0114 1

18.522 0.4669 -0.074 -800 -8.726 -21.48 800 7.9991 22.32 0.0274 0.0105 1

19.149 0.4729 -0.057 -800 -7.999 -22.32 800 7.2719 23.163 0.0284 0.0095 1

19.776 0.4783 -0.038 -800 -7.272 -23.16 800 6.5447 24.007 0.0295 0.0086 1

20.402 0.4831 -0.019 -800 -6.545 -24.01 800 5.8175 24.851 0.0305 0.0077 1

21.029 0.4874 0.0009 -800 -5.818 -24.85 800 5.0903 25.695 0.0316 0.0068 1.0005

21.655 0.4911 0.0213 -800 -5.09 -25.69 800 4.3632 26.539 0.0326 0.0059 1.0006

22.282 0.4942 0.0424 -800 -4.363 -26.54 800 3.636 27.382 0.0337 0.005 1.0006

22.908 0.4968 0.0642 -800 -3.636 -27.38 800 2.9088 28.226 0.0348 0.0041 1.0006

23.535 0.4988 0.0867 -800 -2.909 -28.23 800 2.1816 29.07 0.0358 0.0032 1.0006

24.161 0.5002 0.1097 -800 -2.182 -29.07 800 1.4544 29.914 0.0369 0.0023 1.0007

24.788 0.5011 0.1335 -800 -1.454 -29.91 800 0.7272 30.758 0.0379 0.0014 1.0007

25.414 0.5014 0.1579 -800 -0.727 -30.76 800 -3E-14 31.601 0.039 0.0005 1.0008

26.041 0.5011 0.183 -800 3E-14 -31.6 800 -0.727 32.445 0.04 0 1.0008

26.667 0.5002 0.2087 -800 0.7272 -32.45 800 -1.454 33.289 0.0411 -0.001 1.0008

27.293 0.4988 0.2351 -800 1.4544 -33.29 800 -2.182 34.133 0.0421 -0.002 1.0009

27.92 0.4968 0.2622 -800 2.1816 -34.13 800 -2.909 34.977 0.0432 -0.003 1.0009

28.546 0.4943 0.2899 -800 2.9088 -34.98 800 -3.636 35.82 0.0442 -0.004 1.001

29.172 0.4911 0.3182 -800 3.636 -35.82 800 -4.363 36.664 0.0453 -0.005 1.001

29.798 0.4874 0.3473 -800 4.3632 -36.66 800 -5.09 37.508 0.0464 -0.006 1.0011

30.424 0.4832 0.377 -800 5.0903 -37.51 800 -5.818 38.352 0.0474 -0.007 1.0011

31.051 0.4783 0.4073 -800 5.8175 -38.35 800 -6.545 39.196 0.0485 -0.008 1.0012

31.677 0.4729 0.4383 -800 6.5447 -39.2 800 -7.272 40.039 0.0495 -0.009 1.0013

32.303 0.4669 0.47 -800 7.2719 -40.04 800 -7.999 40.883 0.0506 -0.01 1.0013

32.929 0.4604 0.5023 -800 7.9991 -40.88 800 -8.726 41.727 0.0516 -0.01 1.0014

33.555 0.4533 0.5353 -800 8.7263 -41.73 800 -9.454 42.571 0.0527 -0.011 1.0015

34.181 0.4456 0.5689 -800 9.4535 -42.57 800 -10.18 43.414 0.0537 -0.012 1.0015

34.807 0.4373 0.6032 -800 10.181 -43.41 800 -10.91 44.258 0.0548 -0.013 1.0016

35.432 0.4285 0.6382 -800 10.908 -44.26 800 -11.64 45.102 0.0559 -0.014 1.0017

36.058 0.4191 0.6738 -800 11.635 -45.1 800 -12.36 45.946 0.0569 -0.015 1.0017

36.684 0.4092 0.7101 -800 12.362 -45.95 800 -13.09 46.79 0.058 -0.016 1.0018

37.31 0.3987 0.747 -800 13.089 -46.79 800 -13.82 47.633 0.059 -0.017 1.0019

37.935 0.3876 0.7846 -800 13.817 -47.63 800 -14.54 48.477 0.0601 -0.018 1.002

38.561 0.3759 0.8228 -800 14.544 -48.48 800 -15.27 49.321 0.0611 -0.019 1.002

39.187 0.3637 0.8617 -800 15.271 -49.32 800 -16 50.165 0.0622 -0.02 1.0021

39.812 0.3509 0.9013 -800 16 -50.16 800 -16.73 51.009 0.0632 -0.02 1.0022

40.437 0.3375 0.9415 -800 16.725 -51.01 800 -17.45 51.852 0.0643 -0.021 1.0023

41.063 0.3236 0.9823 -800 17.453 -51.85 800 -18.18 52.696 0.0653 -0.022 1.0024

41.688 0.3091 1.0239 -800 18.18 -52.7 800 -18.91 53.54 0.0664 -0.023 1.0025

42.314 0.2941 1.066 -800 18.907 -53.54 800 -19.63 54.384 0.0675 -0.024 1.0026

42.939 0.2784 1.1089 -800 19.634 -54.38 800 -20.36 55.228 0.0685 -0.025 1.0027

43.564 0.2622 1.1523 -800 20.361 -55.23 800 -21.09 56.071 0.0696 -0.026 1.0028

44.189 0.2455 1.1965 -800 21.089 -56.07 800 -21.82 56.915 0.0706 -0.027 1.0028

44.814 0.2281 1.2413 -800 21.816 -56.92 800 -22.54 57.759 0.0717 -0.028 1.0029

45.439 0.2102 1.2867 -800 22.543 -57.76 800 -23.27 58.603 0.0727 -0.029 1.003

46.064 0.1918 1.3328 -800 23.27 -58.6 800 -24 59.447 0.0738 -0.03 1.0032

46.689 0.1728 1.3796 -800 24 -59.45 800 -24.72 60.29 0.0748 -0.03 1.0033

47.314 0.1532 1.427 -800 24.725 -60.29 800 -25.45 61.134 0.0759 -0.031 1.0034

47.508 0.1469 1.4428 -800 25.452 -61.13 800 -26.52 69.134 0.0814 -0.032 1.0038

47.701 0.1403 1.4605 -800 26.518 -69.13 800 -27.59 77.134 0.0914 -0.034 1.0047

47.895 0.1335 1.4802 -800 27.585 -77.13 800 -28.65 85.134 0.1014 -0.035 1.0057

48.088 0.1265 1.5017 -800 28.652 -85.13 800 -29.72 93.134 0.1114 -0.036 1.0068

48.281 0.1191 1.5251 -800 29.718 -93.13 800 -30.79 101.13 0.1214 -0.038 1.0081

48.474 0.1116 1.5505 -800 30.785 -101.1 800 -31.85 109.13 0.1314 -0.039 1.0094

48.667 0.1038 1.5777 -800 31.852 -109.1 800 -32.92 117.13 0.1414 -0.04 1.0108

48.859 0.0958 1.6068 -800 32.918 -117.1 800 -33.99 125.13 0.1514 -0.042 1.0123

49.051 0.0875 1.6378 -800 33.985 -125.1 800 -35.05 133.13 0.1614 -0.043 1.0139

49.243 0.0789 1.6707 -800 35.052 -133.1 800 -36.12 141.13 0.1714 -0.044 1.0156

49.434 0.0702 1.7054 -800 36.118 -141.1 800 -37.19 149.13 0.1814 -0.046 1.0174

49.625 0.0612 1.742 -800 37.185 -149.1 800 -38.25 157.13 0.1914 -0.047 1.0192

49.816 0.0519 1.7804 -800 38.252 -157.1 800 -39.32 165.13 0.2014 -0.048 1.0212

50.006 0.0425 1.8206 -800 39.318 -165.1 800 -40.39 173.13 0.2114 -0.05 1.0233

50.196 0.0328 1.8626 -800 40.385 -173.1 800 -41.45 181.13 0.2214 -0.051 1.0255

50.385 0.0228 1.9064 -800 41.452 -181.1 800 -42.52 189.13 0.2314 -0.052 1.0278

50.574 0.0126 1.9521 -800 42.518 -189.1 800 -43.59 197.13 0.2414 -0.054 1.0301

50.763 0.0022 1.9995 -800 43.585 -197.1 800 -44.65 205.13 0.2514 -0.055 1.0326

0 10 20 30 40 50 60

-0.5

0

0.5

1

1.5

2

2.5



Por hacer para mas adelante:Incorporar elasticidadIncorporar cambio de estado por temperatura.Incorporar dinámica de oscilaciones (balanceo)Incorporar calculo de movimiento con cortocircuitos

Cada elemento es una barra rigida de cierta longitud y masaEl peso propio se asume aplicado en punto central.El viento se asume aplicado horizontalmente en punto central

Se muestra diagrama de cuerpo libre de cada eslabon

Wi es el vector peso del elemento i

Ecuacion de equilibrio de momentos torsores

Li es el vector longitud correspondiente a cada eslabon

La suma de fuerzas debe ser cero

Aqui se calcula los angulos en que se ubica el punto final (2) de cada eslabon, en relacion al punto inicial (1)El angulo alfa1 es entre la proyeccion en plano ZX del elemento y el eje X

El angulo alfa2 es entre la proyeccion del elemento sobre el plano YX (horizontal) y el eje X

No se justifica calcular todos los cosenos directores.

Este es el procedimiento que se implemento en las planillas.

Este es el vector unitario de la direccion en qeu se ubica en el espacio el elemeneto i

Cada elemento es una barra rigida de cierta longitud y masa

El viento se asume aplicado horizontalmente en punto central

Primero se calcula cada tramo independientemente en un plano que contiene a ambos anclajesEsto define ejes coordenados Xc1, Xc2 y Xc3 diferentes para cada conductorUna vez completado los calculos de cada tramo, se llevan al espacio de coordenadas originalPara ello se utiliza la transformacion indicada en grafico arriba (rotacion + traslacion)La coordenada Z (altura) es la misma para todo el sistema, por lo que no se transforma.

Aqui se calcula los angulos en que se ubica el punto final (2) de cada eslabon, en relacion al punto inicial (1)El angulo alfa1 es entre la proyeccion en plano ZX del elemento y el eje X

El angulo alfa2 es entre la proyeccion del elemento sobre el plano YX (horizontal) y el eje X

Este es el vector unitario de la direccion en qeu se ubica en el espacio el elemeneto i

Primero se calcula cada tramo independientemente en un plano que contiene a ambos anclajes

Una vez completado los calculos de cada tramo, se llevan al espacio de coordenadas originalPara ello se utiliza la transformacion indicada en grafico arriba (rotacion + traslacion)La coordenada Z (altura) es la misma para todo el sistema, por lo que no se transforma.

CATENARIA BARRAS SE3.xls

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Transcript of CATENARIA BARRAS SE3.xls