Research and application of 3D design for complex structural gates based on Inventor software
To improve the efficiency and accuracy of structural stress calculations in the design of complex structural gates,this study focuses on a specific complex arched gate project.Using the 3D modeling software Inventor,detailed 3D models of the main components,such as the gate body and support arms,were rapidly constructed.Stress analysis was conducted using ANSYS 3D finite element analysis software to generate stress distribution maps for the gate body and support arms.A comparative analysis of the maximum stress values of the overall gate structure against the material's maximum yield strength revealed that the structural integrity of the gate meets engineering design requirements.By integrating these two software tools for the optimization design of the complex arched gate,the design time was significantly reduced while the design quality was effectively improved.This approach provides valuable experience and technical support for the promotion and application of BIM technology in the design of sluice and hydraulic engineering projects.
InventorANSYScomplex structural gate3D model designgate stress analysisstructural optimization design
万方数据
维普
