摘要
从起重机零部件工程设计的实际出发,按照特征识别—测量数据—特征约束—建立优化数学模型定义关系—找到满足最优特征约束的目标函数等进行反求,目的是使模型接近零件原型。
Based on the practice conditions of the engineering design of crane components,the model of the components was reversely solved by the process of feature identification-data measurement-feature constraint-optimized mathematical model definition relationship establishment-target formula selection satisfying the optimal feature constraint.The measurement above is expected to make the model being assimilate with original components.
作者
张克义
张兰
刘汉代
喻逸君
汪志胜
胡良建
ZHANG Ke-yi;ZHANG Lan;LIU Han-dai;YU Yi-jun;WANG Zhi-sheng;HU Liang-jian(Jiangxi New Energy Technology and Equipment Engineering Technology Research Center,East China University of Technology,Nanchang 330013,China)
出处
《机械工程与自动化》
2018年第2期214-215,共2页
Mechanical Engineering & Automation
基金
2016年江西省教育厅科技计划项目(GJJ150606)
关键词
基于特征
反求约束
UG模型反求
起重机零部件
feature-based
constraints of reverse engineering
UG model reverse engineering
crane component
