Swing Belakang Study 4 1
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Transcript of Swing Belakang Study 4 1
7/23/2019 Swing Belakang Study 4 1
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Simulation of swing
belakang
Date: Friday, July 04, 2014
Designer: Solidworks
Study name: Study 4
Analysis type: Static
Table of ContentsDescription...........................................1Assumptions..........................................2Model Inormation..................................2Study !roperties....................................."#nits.................................................."Material !roperties.................................4$oads and Fi%tures..................................4&onnector Deinitions..............................'&ontact Inormation................................'
Mes( Inormation....................................)Sensor Details........................................*+esultant Forces....................................*eams.................................................*Study +esults........................................-&onclusion..........................................10
Descriptiono Data
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Assumptions
Model Information
Model name: swing belakang
Current Configuration: DefaultSolid Bodies
Document Name and
eferenceTreated As !olumetric "roperties
Document "at#$Date
Modified
Cut%&'trude(
Solid Body
Mass:)*+),-+ lb
!olume:./*./0 in12
Density:3*(-+2(( lb$in12
4eig#t:)*+)+.+ lbf
&:5678IA95"rogres
TA5bagian erin5swing
belakang*S8D"T
;ul 3+ .+:++:33 (3.+
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Study "roperties
Study name Study 4
Analysis type Static
Mes# type Solid Mes(
T#ermal &ffect: 3n
T#ermal option Include temperature loads<ero strain temperature 2- 5el6in
Include fluid pressure effects from Solid4orks
=low Simulation
3
Sol>er type FF7!lus
Inplane &ffect: 3
Soft Spring: 3
Inertial elief: 3
Incompatible bonding options Automatic
8arge displacement 3
Compute free body forces 3n
=riction 3
7se Adapti>e Met#od: 3
esult folder Solidorks document 879:5#$IA;:!rores <A:aian
er/in=
7nits
7nit system: SI 8M5S=
8engt#$Displacement mm
Temperature 5el6in
Angular >elocity +ad>sec
"ressure$Stress >m?2
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Material "roperties
Model eference "roperties Components
Name: AISI 1010 Steel, (ot
rolled arModel type: $inear 7lastic Isotropic
Default failure
criterion:
Ma% 6on Mises Stress
?ield strengt#: 1.-e@00- >m?2Tensile strengt#: ".2'e@00- >m?2&lastic modulus: 2e@011 >m?2
"oisson@s ratio: 0.2Mass density: *-*0 k>m?"
S#ear modulus: -e@010 >m?2T#ermal e'pansion
coefficient:
1.22e00' >5el6in
Solidody 18&ut7%trude2=
8swin elakan=
Cur>e Data:N$A
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8oads and =i'tures
=i'ture name =i'ture Image =i'ture Details
=i'ed 9inge%.
&ntities: 2 ace8s=Type: Fi%ed ;ine
esultant =orces
Components ? < esultant
eaction forceN )20.*44 124*'0 '0).0*1 124*'"
eaction MomentN%m 0 0 0 0
8oad name 8oad Image 8oad Details
=orce%.
&ntities: 1 ace8s=Type: Apply normal orce
!alue: 10
Connector Definitionso Data
Contact Informationo Data
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Mes# Information
Mes# type Solid Mes(
Mes#er 7sed: &ur6ature ased mes(
;acobian points 4 !oints
Ma'imum element sie 0.)-02-4 cm
Minimum element sie 0.22)*' cmMes# uality ;i(
Mes# Information % Details
Total Nodes 202--
Total &lements 122)0
Ma'imum Aspect atio 21.'12
E of elements wit# Aspect atio F 2 4.)
E of elements wit# Aspect atio G .3 0.10)
E of distorted elements;acobian 0
Time to complete mes###HmmHss: 00900902
Computer name: AS#S!&
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Sensor Detailso Data
esultant =orces
eaction =orces
Selection set 7nits Sum Sum ? Sum < esultant
7ntire Model )20.*44 124*'0 '0).0*1 124*'"
eaction Moments
Selection set 7nits Sum Sum ? Sum < esultant
7ntire Model m 0 0 0 0
Beamso Data
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Study esults
Name Type Min Ma'
Stress1 B39 6on Mises Stress "4).*" >m?2
ode9 1201)
1.402e@00 >m?2
ode9 -04'
swing belakang%Study +%Stress%Stress.
Name Type Min Ma'
Displacement1 #+7S9 +esultant Displacement .12*2 mm
ode9 1'*4
-.0)" mm
ode9 2
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Name Type Min Ma'
swing belakang%Study +%Displacement%Displacement.
Name Type Min Ma'
Strain1 7S<+9 7Cui6alent Strain 1.'')12e00
7lement9 '112
0.00"4141
7lement9 10*1)
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Name Type Min Ma'
swing belakang%Study +%Strain%Strain.
Conclusion
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