Electromechanical Multiphysics simulation of Motor

These days, the use of virtual Multiphysics simulations through finite element analysis methodology is increasing exponentially during the development phase of automotive products. Thereupon, the automotive industries are becoming competent enough to build an ingenious and creative design with optimal performance within the coherent time. Huge number of electromagnetic forces are being generated inside the Motor, when it is undergoing extreme driving conditions of the application. Hence it becomes vital to reduce the risks, if any, during the development phase by providing an optimal factor of safety within the electromechanical system of the motor. The present study gives details about conducted finite element analysis on an automotive motor to determine its mechanical strength and behaviour. Numerical analysis will also be performed to determine the possibilities of further design optimization within a Motor. This study also focuses on finding the structurally critical regions over the motor assembly through electromechanical (Multiphysics) simulations.