Tolerance Optimization for Mechanisms with Lubricated Joints

摘要: This paper addresses an analytical approach to tolerance optimization for planar mechanisms with lubricated joints based on mechanical error analysis. The mobility method is applied consider the lubrication effects at and are stochastically defined by using clearance vector model uncertainties considered in analysis tolerances link lengths radial clearances these selected as design variables. To show validity of proposed analysis, it two examples, results obtained compared those Monte Carlo simulations. Based optimizations examples.