Optimal internal grinding cycles in multidimensional control-parameter space

Abstract

A method is proposed for the design of optimal internal grinding cycles in multidimensional control- parameter space, under numerous technological constraints. This method is based on stepwise modeling of metal removal in terms of specified machining properties, with allowance for elastic deformation and the cutting kinematics. Optimization is based on dynamic programming, which permits any number of technological constraints to be taken into account and is not sensitive to the type of mathematical models employed or the constraints on the target function.