Design And Optimization Of Automotive Suspension Test RIG

Ahmad Fisal, Muhammad Faiz (2016) Design And Optimization Of Automotive Suspension Test RIG. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Design And Optimization Of Automotive Suspension Test RIG.pdf - Submitted Version Download (556kB)

Abstract

In a vehicle, suspension is considered as one of the most crucial component because this system provide stability when handling or maneuvering, and also providing support to the vehicle. An automotive suspension test rig is an important machine as it measures the toughness and characteristic of the automotive suspension. The characteristic of the shock absorber is very useful when designing and building a vehicle because it helps in providing the comfort for the passenger while riding the vehicle, determining how long the shock absorber can be used after some period of usage, and to prevent the suspension system from damage. There are many types of design existed for the suspension test rig, but the design is complicated and complex. This project focuses on designing a suitable test rig with a proper structure. The designed test rig will be provided with a high force, which is 5000N and is projected to the damper mount. The aim of the project is to design a suspension test rig machine where it able to withstand the force given to it by conducting analysis towards the critical parts. Then, and optimization towards the its parts is done, to know whether other type of design is suitable to be used.

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