Dynamic behavior of a planar flexible slider crank mechanism with difference length

Abstract

This project is the study and understand of the dynamic behavior of a planar flexible slider–crank mechanism with different lengths. The simulation to used in study of the planar flexible slider–crank mechanism. For the simulation tests, we have built the model under the software ADAMS and Solidworks. We used a contact model based on the so called Impact-function. The motion is characterized by the occurrence of three phases: a free motion, a continuous contact motion and an impact motion. In this paper, the problem of the mechanism with rigid link and the case with flexible link were is detected and study studied. It is shown that when the slider crank lengths increase the velocity and acceleration is decrease.