大连理工大学学报2012，Vol.52Issue(5)：657-663,7.
直齿行星传动齿轮修形优化设计方法
An optimum design method for profile modification of spur planetary gear trains
摘要
Abstract
A method is proposed to optimize gear modification for a spur planetary gear train with equal spaced planets at high power. In order to simplify the finite element model, a sub-system model with one-planet gear in the planetary system is set up, in which the displacement compatibility of the two boundaries on the part sun gear is determined by applying displacement constraint equations to the corresponding nodes at each side. Local refined elements coupling with the adjacent elements near the contact zone are modeled in order to improve the approximation precision of a profile, reduce the size of the finite element model and improve the solution efficiency and precision of the nonlinear contact analysis. A rapid and precise modeling approach of FEA for spur gear modification is presented. The reconstruction of the modified tooth surface is achieved by changing the nodes＇ coordinates on the tooth surface according to the modification function. The parameters of the modified gear are optimized by iteratively solving stress distribution taking uniform stress as the main objective.关键词
齿轮修形/行星传动/有限元法/三维参数建模Key words
gear profile modification/planetary gear train/FEM/3D parametric modeling分类
机械制造引用本文复制引用
郝东升,董惠敏,毛范海,张永帅..直齿行星传动齿轮修形优化设计方法[J].大连理工大学学报,2012,52(5):657-663,7.基金项目
国家自然科学基金资助项目 （）
“十二五”国家科技支撑计划资助项目（2012BAA01805）. （）
