I would like to show you the process in the following example of a parametric portal frame.įirst, let’s create the analytical model representation of Dynamo geometry in the Robot Structural Analysis Professional environment. With the Structural Analysis for Dynamo package, structural engineers can optimize their existing structural workflows or create new workflows that will improve their productivity.ĭynamo for Robot Structural Analysis helps users not only generate structural geometry but also:Īssign structural properties such as: section shapes, materials, releases etc…Ĭreate load cases and apply various types of loads:Īnd finally, display and retrieve results of structural analysis: ![]() Structural engineers can review the results of this analysis in the Robot Structural Analysis environment or they can retrieve the results within the Dynamo environment. If you have never installed any package you may find this blog post useful.īased on the Dynamo geometry, structural engineers can create an analytical model, and apply section shapes and boundary conditions such as supports and releases.Įngineers can also automatically apply structural loads which recalculate every time the structural geometry changes. The Structural Analysis for Dynamo package enables parametric modeling and structural analysis workflows in Dynamo and Robot Structural Analysis Professional.įirst, install the package. ![]() In my previous post I showed you how to create a fully parametrized portal frame geometry in the Dynamo environment.Īfter the Dynamo geometry is set, you can create the analytical model representation of this geometry in the Robot Structural Analysis Professional environment.
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