Design of Load-Bearing Structures

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Design of Load-Bearing Structures

The opti­miz­a­ti­on of struc­tu­re design requi­res clo­se inter­ac­tion bet­ween all invol­ved par­ties inclu­ding archi­tects, con­struc­tion engi­neers, geo­tech­ni­cal engi­neers, electri­cal engi­neers, mecha­ni­cal engi­neers, and struc­tu­ral engineers.

Depen­ding on the com­ple­xi­ty of the structures/facilities, sta­te-of-the-art 2D or 3D soft­ware ana­ly­sis pro­grams are used for sys­tem ana­ly­sis and optimization.

Tight design sche­du­les requi­re a clo­se dia­lo­gue with struc­tu­ral engi­neers to review requi­re­ments and opti­mi­ze struc­tu­ral systems.

ILF’s ser­vices in the design of load-bea­ring struc­tures encompass: 

  • Struc­tu­ral design
  • Struc­tu­ral ana­ly­sis and simulation
  • Dyna­mic analysis
  • Stress and strain ana­ly­sis of pipes
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