Optimization for Sectional Dimensions of Telescopic Arm of Seven-section Articulated Boom Crane
The sectional dimension optimization design for the telescopic arm of a seven-section articu-lated boom crane was carried out,so as to achieve light weight,thereby enhancing its mobility and load-bearing capacity.Solidworks software was used for parametric modeling of the telescopic arm,and an in-termediate composite material design approach by Ansys software was utilized to generate a series of sample data.The NSGA-II algorithm was employed for optimization,identifying the best sectional di-mension.The optimization results show that the improved telescopic arm significantly reduces the weight by 15.07%while maintaining structural safety and reliability.This confirms the efficacy and fea-sibility of the optimization method.
万方数据
维普
