Dejstvo vetra na halu prema Evrokodu

8/19/2019 Dejstvo vetra na halu prema Evrokodu

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ser Milan Stojanovic

ompany Lizard Engineering doo

P ORTAL+

v 1.10

WIND CALCULATION SHEET

2/23/2016


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PORTAL+P ORTAL+v 1.10 v 1.10

Lizard Engineering doo - Milan Stojanovic

Vetar i sneg za al! - "#"$#"01%

&.$ - O(enings on te !ilding ,aces

)ire )ire des

Fa>ade totale ouvertures 8atio

2m%4 2m%4 2?4

1ale ) (6% # #

1ale E (6% # #

Long side ( (@6 # #

Long side % (@6 # #

;o dominant face in the uilding

II - S&a'es " 'r"i(e " 'ress)re

&&.1 - ind acting on a gale

MaAimal height of the uilding h $ 6&%# m-imension of the uilding perpendicular to the !ind direction

$ %: m

h B$

Uniform profil along the height

9ale of altitudes defining the uniform parts in the profil

Note: z = 0 at ground level

=ndeA Symol )ltitude 2m4

( ze"( 6&%#

&&." - ind acting on a long side

MaAimal height of the uilding h $ 6&%# m

-imension of the uilding perpendicular to the !ind direction

$ %: m

h B$

Uniform profil along the height

9ale of altitudes defining the uniform parts in the profil

Note: z = 0 at ground level

=ndeA Symol )ltitude 2m4

( ze"( 6&%#


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III - A!ti"n " *ind in t&e dire!ti"n 0+,a.(e A

) )

. .

C C

- -

E E

1ale )

1ale E

&&&.1 - Mean *ind

.asic !ind velocity v $ %# m's

0rography factor c# $ (#

9errain category ==

8oughness lenght z# $ #*# m

Minimum height zmin $ %# m

9errain factor +r $ #&(5#

=ndeA ze"i cr 2ze"i4 vm2ze"i4

2m4 2m's4

( 6&%## #&5@5 (5&,6

&&&." - Pea velocit/ (ress!re

9urulence factor +l $ (#

9urulence intensity =vPea+ velocity pressure /p

=ndeA ze"i =v2ze"i4 vm2ze"i4 /p2ze"i4

2m4 2m's4 2Pa4

( 6&%## #&(5@ (5&,6 **@&5


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&&&.$ - Str!ct!ral ,actor


8eference height for the structural factor zS $ :&5% m

9urulence intensity =v2zS4 $ #&%%

;atural fre/uency of the uilding n("A $ *&57 z

9urulence length scale L2zs4 $ :,&7 m

.ac+ground factor .% $ #&*7

)dimensionnal fre/uency f L2zS"n("A4$ (*

)erodynamic admittances 8h $ #::

8 $ #%@(

Po!er spectral density SL2zS"n("A4$ #%,

Mass of the uilding m. $ (7%67 +g

E/uivalent mass per unit length me $ %(#6 +g'm

End


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) )

. .

C C

- -

E E

( %8oof face

F 1

=

F1

=

- 4on,ig!rations ,or te (ress!re coe,,icients

Configuration cpi

no ( #&%

no %


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- Actions on (ortals

Configuration no 1

Portal 8oof face f lin so se FPerp FVert

2;'m4 2m4 2m4 2+;4 2+;4

) (


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&&&.% - Actions o, ind 02 on te gale A

- Pro(erties o, te gale

9he gale ) is the !ind!ard side of the uilding


-imension of the side perpendicular to the !ind $ %: m

-imension of the side parallel to the !ind d $ %: m

-imension e e $ (@&: m

8atio h'd h'd $ #&,:

8atio h' h' $ #&,:

- Press!re coe,,icients ,or e3ternal (ress!re

one -imension cpe- %: m #&7(

(%

-

#&7(

- S/ntesis o, e3ternal (ress!re

EAternal resultant pressure Pe $ cscd cpe /p2zei4

one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

- (6%&: #&7(% ,,5&% @(&66

1loal rGsultante @(&66


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- S/ntesis o, internal (ress!re

=nternal resultant pressure Pi $ cpi /p2zei4

)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(6%&: #&%## (((&: %#&,%

(6%&:


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one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

) %%&5@


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&&&.8 - Actions o, ind 02 on te longside "

- Pro(erties o, te long side

9he long side % is a side parallel to the !ind






8atio h' h' $ #&,:

8atio e'd e'd $ #&@6


one -imension cpe

) ,&%6 m


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)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(@6 #&%## (((&: (6&7(

(@6


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&&&.10 - S/ntesis on (ortals


Configuration cpi

no ( #&%

no %


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- Portal '

( %


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- Portal 9

( %


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( %


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- Portal 4

( %


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- Portal E

( %


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I - A!ti"n " *ind in t&e dire!ti"n $0+,L"n# side 2

) )

. .

C C

- -

E E

1ale )

1ale E

&V.1 - Mean *ind



9errain category ==





2m4 2m's4

( 6&%## #&5@5 (5&,6

&V." - Pea velocit/ (ress!re




2m4 2m's4 2Pa4

( 6&%## #&(5@ (5&,6 **@&5


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&V.$ - Str!ct!ral ,actor









8 $ #%@(




End


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) )

. .

C C

- -

E E

( %8oof face

F

F

1= H


Configuration cpi cpe in F1 ones cpe in =H ones

no ( #&% Minimal values Minimal values

no %


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Configuration no 1


2;'m4 2m4 2m4 2+;4 2+;4

) (


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2;'m4 2m4 2m4 2+;4 2+;4

C %


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Configuration no 4


2;'m4 2m4 2m4 2+;4 2+;4

) ( *#( # (#&: *&%% *&(5

7@, (#&: (%&( (&%@ (&%*

%


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2;'m4 2m4 2m4 2+;4 2+;4

C %


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Configuration no 7


2;'m4 2m4 2m4 2+;4 2+;4

) (


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2;'m4 2m4 2m4 2+;4 2+;4

C % (#*# (#&: (%&( (&7, (&7%

- ( (##% # (#&: (#&: (#&:

(*%@ (#&: (%&( %&*% %&*#% (#*# # (#&: (#&5 (#&5

(#*# (#&: (%&( (&7, (&7%

E ( *#( # (#&: *&%% *&(5

7@, (#&: (%&( (&%@ (&%*

% *%* # (#&: *&:7 *&::

*%* (#&: (%&( #&67 #&6@

&V.% - Actions o, ind 802 on te gale A


9he gale ) is a side parallel to the !ind






8atio h' h' $ #&,:



one -imension cpe

) ,&%6 m


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one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

) %,&*#


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( %

)


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8atio h' h' $ #&,:


one -imension cpe

E %: m


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Portal zinf zsup /c"! Fc"!

2m4 2m4 2+;'m4 2+;4

Portal C # 7##


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).C-E

-

#&7(



one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

- (@6 #&7(% ,,5&% *@&55

1loal eAternal force on longside *@&55


=nternal resultant pressure Pi

$ cpi

/p

2zei

4

)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(@6 #&%## (((&: (6&7(

(@6


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;oteD For the calculation of the gloal actions of !ind"

the forces due to eAternal pressure can e reduced y #&6*&

28efD E; (55(


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&V.10 - S/ntesis on (ortals


Configuration cpi

cpe

in F1 ones cpe

in =H ones


no %


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- Portal '

( %


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- Portal 9

( %


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- Portal 4

( %

# +;'m ,: +;'m


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- Portal E

( %

#: +;'m (&*% +;'m


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- Portal '

( %


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- Portal 9

( %


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( %

#: +;'m (&*% +;'m

#&*# +;'m

#&7@ +;'m


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- Portal 4

( %

# +;'m ,: +;'m

(# +;'m

(&*, +;'m


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- Portal E

( %

#: +;'m (&*% +;'m

#&*# +;'m

#&7@ +;'m


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- Portal '

( %


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- Portal 9

( %


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( %

#: +;'m (&*% +;'m


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- Portal 4

( %

# +;'m ,: +;'m


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- Portal E

( %

#: +;'m (&*% +;'m


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- Portal '

( %


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- Portal 9

( %


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( %

#: +;'m (&*% +;'m

#&*# +;'m

#&7@ +;'m

#&*% +;'m

#&*% +;'m

- Portal '

( %

# +;'m ,: +;'m

(# +;'m

(&*, +;'m

(* +;'m

(* +;'m


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- Portal 4

( %

# +;'m ,: +;'m

(# +;'m

(&*, +;'m(* +;'m

(* +;'m

- Portal 9

( %

# +;'m ,: +;'m

(# +;'m

(&*, +;'m

(* +;'m

(* +;'m


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- Portal E

( %

#: +;'m (&*% +;'m

#&*# +;'m

#&7@ +;'m#&*% +;'m

#&*% +;'m


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- A!ti"n " *ind in t&e dire!ti"n 10+,a.(e E

) )

. .

C C

- -

E E

1ale )

1ale E

V.1 - Mean *ind



9errain category ==





2m4 2m's4

( 6&%## #&5@5 (5&,6

V." - Pea velocit/ (ress!re




2m4 2m's4 2Pa4

( 6&%## #&(5@ (5&,6 **@&5


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V.$ - Str!ct!ral ,actor









8 $ #%@(




End


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) )

. .

C C

- -

E E

( %8oof face

F 1

=

F1

=


Configuration cpi

no ( #&%

no %


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Configuration no 1


2;'m4 2m4 2m4 2+;4 2+;4

) (


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V.% - Actions o, ind 1602 on te gale A


9he gale ) is the lee!ard side of the uilding






8atio h' h' $ #&,:


one -imension cpeE %: m


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)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(6%&: #&%## (((&: %#&,%

(6%&:


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one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

- (6%&: #&7(% ,,5&% @(&66

1loal rGsultante @(&66



)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(6%&: #&%## (((&: %#&,%

(6%&:


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one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

) %%&5@


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V.8 - Actions o, ind 1602 on te longside "

- Pro(erties o, te long side

9he long side % is a side parallel to the !ind






8atio h' h' $ #&,:



one -imension cpe

) ,&%6 m


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)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(@6 #&%## (((&: (6&7(

(@6


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V.10 - S/ntesis on (ortals


Configuration cpi

no ( #&%

no %


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- Portal '

( %


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- Portal 9

( %


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( %


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- Portal 4

( %


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- Portal E

( %


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I - A!ti"n " *ind in t&e dire!ti"n 20+,L"n# side 1

) )

. .

C C

- -

E E

1ale )

1ale E

V&.1 - Mean *ind



9errain category ==





2m4 2m's4

( 6&%## #&5@5 (5&,6

V&." - Pea velocit/ (ress!re




2m4 2m's4 2Pa4

( 6&%## #&(5@ (5&,6 **@&5


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V&.$ - Str!ct!ral ,actor









8 $ #%@(




End


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) )

. .

C C

- -

E E

( %8oof face

F

F

1 =H


Configuration cpi cpe in F1 ones cpe in =H ones


no %


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Configuration no 1


2;'m4 2m4 2m4 2+;4 2+;4

) (


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2;'m4 2m4 2m4 2+;4 2+;4

C %


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Configuration no 4


2;'m4 2m4 2m4 2+;4 2+;4

) (


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2;'m4 2m4 2m4 2+;4 2+;4

C %


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Configuration no 7


2;'m4 2m4 2m4 2+;4 2+;4

) (


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2;'m4 2m4 2m4 2+;4 2+;4

C % (##% (&@* (%&( (#&: (#&:

- ( (#*# # (&@* (&7, (&7%

(#*# (&@* (%&( (#&5 (#&5% (*%@ # (&@* %&*% %&*#

(##% (&@* (%&( (#&: (#&:

E ( *%* # (&@* #&67 #&6@

*%* (&@* (%&( *&:7 *&::

% 7@, # (&@* (&%@ (&%*

*#( (&@* (%&( *&%% *&(5

V&.% - Actions o, ind "502 on te gale A


9he gale ) is a side parallel to the !ind






8atio h' h' $ #&,:



one -imension cpe

) ,&%6 m


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one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

) %,&*#


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( %

)


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8atio h' h' $ #&,:


one -imension cpe

- %: m #&7(

) . C - E

-

#&7(



one )rea Cpe Pe F!e

2m%4 2Pa4 2+;4

- (@6 #&7(% ,,5&% *@&55

1loal eAternal force on longside *@&55



)rea Cpi Pi F!i

2m%4 2Pa4 2+;4

(@6 #&%## (((&: (6&7(

(@6


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Portal zinf zsup /c"! Fc"!

2m4 2m4 2+;'m4 2+;4

Portal C # 7## (&,@7 5&*7#

Portal - # 7## (&,@7 5&*7#

Portal E # 7## #&@6: :&76*1loal resultant ,6&%6



28efD E; (55(


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).C-E

E


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28efD E; (55(


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V&.10 - S/ntesis on (ortals


Configuration cpi

cpe

in F1 ones cpe

in =H ones


no %


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- Portal '

( %

(&,7 +;'m


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- Portal 9

( %

(&,7 +;'m


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( %

(&*% +;'m #: +;'m


91/107




- Portal 4

( %

,: +;'m # +;'m


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- Portal E

( %

(&*% +;'m #: +;'m


93/107




- Portal '

( %

(&,7 +;'m


94/107




- Portal 9

( %

(&,7 +;'m


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- Portal 4

( %

,: +;'m # +;'m


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- Portal E

( %

(&*% +;'m #: +;'m


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- Portal '

( %

(&,7 +;'m


99/107




- Portal 9

( %

(&,7 +;'m


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( %

(&*% +;'m #: +;'m

#&*% +;'m

#&*% +;'m


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- Portal 4

( %

,: +;'m # +;'m

(* +;'m

(* +;'m


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- Portal E

( %

(&*% +;'m #: +;'m

#&*% +;'m

#&*% +;'m


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- Portal '

( %

(&,7 +;'m


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- Portal 9

( %

(&,7 +;'m


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( %

(&*% +;'m #: +;'m

#&*% +;'m

#&*% +;'m

#&7@ +;'m

#&*# +;'m

- Portal '

( %

,: +;'m # +;'m

(* +;'m

(* +;'m

(&*, +;'m

(# +;'m


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- Portal 4

( %

,: +;'m # +;'m

(* +;'m

(* +;'m(&*, +;'m

(# +;'m

- Portal 9

( %

,: +;'m # +;'m

(* +;'m

(* +;'m

(&*, +;'m

(# +;'m


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- Portal E

( %

(&*% +;'m #: +;'m

#&*% +;'m

#&*% +;'m#&7@ +;'m

#&*# +;'m

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