Topology Optimization Tutorial for Cantilever Beam Problem
Discover the process of topology optimization for a cantilever beam problem, utilizing the Pareto method to achieve a volume fraction of 0.25. Learn how to choose units, define materials, apply structural loads, conduct FEA, and optimize topology for efficient results.
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Presentation Transcript
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019
Problem Description Cantilever Beam Problem Units: MKS Material: AlloySteel Structural Loads: 1000N Mesh Size: use default mesh size TopOpt Constraints: No Constraints Goal: Optimize the topology for a volume fraction of 0.25 1000N Use Pareto Method for Topology Optimization 2
Pareto Method based TO Choose Units Load Geometry Define Material Apply Loads (Structural/Thermal/Gravity) Carry out FEA Apply Top Opt Constraints Topology Optimization PostProcessing 3
Results 4
