Approximate Solution of the Differential Equations of Motion of Inertial-Pulsed Transmissions

Abstract

Approximate methods of solving the nonlinear differential equations of motion of inertial-pulsed transmissions based on a pulsed mechanism are compared. These methods take account of the nonuniform driveshaft rotation and the dynamic characteristics of the motor. Analysis of the solutions reveals the best method for dynamic study of the given transmissions. © 2010 Allerton Press, Inc.