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How to get the acting force in Linear Buckling Nalysis

How to get the acting force in Linear Buckling Nalysis

How to get the acting force in Linear Buckling Nalysis

(OP)
I'm new to Linear Buckling analysis i need to analysis the Helideck buckling for all the pillars and diagonal bracing, and i need to calculate the force acting in each pipes, i have attached the image of the helideck Model,can any body suggest me ,
i can't generate the report when i'm doing the Linear Buckling analysis

RE: How to get the acting force in Linear Buckling Nalysis

Hello!,
Simply multiply the applied loads to your model by the computed "eigenvalue) and you will have the TOTAL load

In the following image the "eigenvalue" (or BUCKLING LOAD FACTOR) is λ1 = 0.4672 for an applied load FX = –1000 N. Then, the value of the buckling load for the beam is the following:

P1 =( λ1)*(Pa) = (0.4672)*(1000) = 467.2 N



Best regards,
Blas.

~~~~~~~~~~~~~~~~~~~~~~
Blas Molero Hidalgo
Ingeniero Industrial
Director

IBERISA
48011 BILBAO (SPAIN)
WEB: http://www.iberisa.com
Blog de FEMAP & NX Nastran: http://iberisa.wordpress.com/

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