GT STRUDL provides efficiency and saves time by enabling users to build a single model and leverage it throughout the design and analysis workflow.
Today's structural engineering department may not look significantly different than that of 30 years ago.
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June 7 - GT STRUDL Webinar: CADModeler - Create True Models for Structural Analysis & Design. Learn More
Modeling Tension Only Members in GT STRUDL
How to model members that can take tensile/traction loads only?
Refer to section 184.108.40.206 of GT STRUDL Volume 3 Documentation. In addition to this explanation, the following example demonstrates how this feature works. The “Tension only” command is used to model braces that can only take tensile axial loads. The example provided with this article illustrates two braces which will only activate when tensile loads are produced in them internally. There are three primary load cases created in this example model, namely;
Dead Loads – Includes selfweight of all members
Wind Load along +ve X direction (a 20 kip loading from the left)
Wind Load along -ve X direction (a 20 kip loading from the right)
Figure 1: Dead Load Case – Note that both braces have zero forces as they are subjected to compressive forces.
Figure 2: Wind Load from Left – Note that one brace has zero force as it is subjected to compressive force.
GT STRUDL Overview and Basic Static Analysis Course
This course is intended for structural engineers who have not had prior experience using GT STRUDL or for those who are beginning users. A thorough overview of all functional capabilities of GT STRUDL is presented first. This is followed by a detailed presentation of how to create and analyze frame structures and result review. Learn More