Kinematics of the crank-rocker parallelogram converting mechanism of a vane internal combustion engine

Abstract

The article presents the definition of the kinematic parameters (kinematics) of an internal combustion engine of a new design scheme (new type) - a vane internal combustion engine (ICE) with a crank-rocker parallelogram converting mechanism (CRPCM). The kinematics of the CRPCM links - the crank (cranks), the core and the blade, the wings, the slider are considered. The dependencies obtained in the course of kinematic modeling of VICE with KKPM are presented. Graphs are shown that re-flect the nature of the change in the kinematic parameters of such an engine. Some parameters are determined that characterize the features of the kinematic scheme of the VICE with CRPCM.