Mathematical Modelling and Simulation of Suspension System in MATLAB/SIMULINK

Abstract

Abstract: The main agenda of the following project is to help understand and appreciate principles and concepts of vibrations through an effective integration of software programs, MATLAB and SIMULINK, with theory. This further highlights the need for integration between mathematical analysis and engineering system design. The combination of MATLAB and SIMULINK is a powerful tool which adds a new dimension to research in vibrations systems control and to the instruction of vibrations courses since it has the promise of aiding us to understand much better the vibrations principle. There are five objectives that we aim in this project and they are listed as below: To present complex modelled imagination with calculated and specific measurements. To design and test machine controls of active suspension and supervisory logic for thefunction of closed loop feedback control. To help calculate the life of vehicle components by analyzing the road shocks transferredfrom the suspension to the chassis through simulation. To assist in the early development of prototype models in leading organizations.To describe the function of each component of suspension system