![]() The displacement-based design realizes that in strong earthquakes, the deformation of inelastic structures is much more important than the strength and force parameter. Turning to a displacement-based approach. According to the old seismic regulations, earthquake-resistant structures are based on force and resistance using linear elastic analysis, but since inelastic functions are commonly used in strong earthquakes, this old view can not be very logical for the new regulations. ![]() Perform3D is, in short, software for nonlinear analysis of earthquake-resistant building structures, developed by Computers and Structures, which specializes in designing software related to structures and earthquakes. ![]()
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