摘要
利用UG软件建立传动轮三维数模,关联导入ANSYS Workbench进行静力学分析,根据静力分析结果设定优化尺寸参数和目标参数。通过响应面分析,找出影响传动轮性能的敏感性尺寸参数,并对传动轮进行尺寸优化和拓扑优化。
UG software was used to establish the 3D model of the transmission wheel,import it into ANSYS Workbench for dynamic static analysis,and set the optimized size parameters and target parameters according to the static analysis results.Through the response surface analysis,the sensitivity size parameters affecting the transmission wheel performance are found,and the transmission wheel size optimization and topology are optimized.
作者
肖紫圣
宋华伟
彭涛
郭庆
李晨威
张宇平
XIAO Zisheng;SONG Huawei;PENG Tao;GUO Qing;LI Chenwei;ZHANG Yuping(GEM(Wuhan)Urban Mining Industry Group Co.,Ltd.,Wuhan 430000,Hubei,China;Recycling of Scrapped Vehicles(including new energy vehicles)in Hubei Provincial Engineering Research Center,Wuhan,430000,Hubei,China;GEM Co.,Ltd.,Shenzhen 518101,Guangdong,China)
出处
《农业装备与车辆工程》
2023年第6期46-49,70,共5页
Agricultural Equipment & Vehicle Engineering
基金
深圳市创新创业计划技术攻关面上项目(重20200206)。
关键词
传动轮
轻量化设计
响应面分析
尺寸优化
拓扑优化
transmission wheel
lightweight design
response surface analysis
size optimization
topological optimization
