Validation and improvement of 14-DOF ride and handling model for passenger vehicle (electronic resource)

Ruzaidi , Razali (2015) Validation and improvement of 14-DOF ride and handling model for passenger vehicle (electronic resource). Project Report. UTeM. (Submitted)

Text VALIDATION AND IMPROVEMENT OF 14-DOF RIDE AND HANDLING MODEL FOR PASSENGER VEHICLE 24pages.pdf Download (535kB)

Abstract

There are many vehicle models that have been developed for the study of the vehicle dynamics specifically for the ride and handling behavior. This thesis describes the development of vehicle model to study the behavior of the vehicle after improvement with semi-active suspension system. The derivation of a 14 DOF vehicle model consists of ride, handling and tire model are presented. The most accurate combination of controller and actuator which follows the comparing result of the MATLAB with CARSIM software was chosen to be coupled with the 14 DOF model. All the assumptions made for the 14 DOF with semi-active system vehicle model is stated. The 14 DOF vehicle model will then be validate using CARSIM software. The results discuss suc as yaw rate, lateral acceleration and roll angle of the vehicle body and also the slip angle at each tire.

Actions (login required)

View Item