Creating models of truss structures with optimization

  • Smith J
  • Hodgins J
  • Oppenheim I
 et al. 
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Abstract

We present a method for designing truss structures, a common and complex category of buildings, using non-linear optimization. Truss structures are ubiquitous in the industrialized world, appearing as bridges, towers, roof supports and building exoskeletons, yet are complex enough that modeling them by hand is time consuming and tedious. We represent trusses as a set of rigid bars connected by pin joints, which may change location during optimization. By including the location of the joints as well as the strength of individual beams in our design variables, we can simultaneously optimize the geometry and the mass of structures. We present the details of our technique together with examples illustrating its use, including comparisons with real structures.

Author-supplied keywords

  • con-
  • nonlinear optimization
  • physically based modeling
  • strained optimization
  • truss structures

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Authors

  • Jeffrey Smith

  • Jessica Hodgins

  • Irving Oppenheim

  • Andrew Witkin

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