Design And Analysis Of Low Cost Shock Absorber Test Rig For Suspension Parameter Study

Muhamad Azwan, Aziz (2015) Design And Analysis Of Low Cost Shock Absorber Test Rig For Suspension Parameter Study. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 pages) Design And Analysis Of Low Cost Shock Absorber Test Rig For Suspension Parameter Study 24 Pages.pdf Download (999kB)

Abstract

This report emphasizes three main things which is the basis for the whole project consists of introduction passive, semi active and active suspension system. Main scope of this project is to study the parameter for low cost shock absorber test rig machine though existed model consists of high end system by adapting expensive part to generate a shock absorber testing model. Shock absorber test rig for this project emphasizes design phase integrated for this project by determining the specific components and specifications to be adapted to model the design using CATIA V521 software. Afterwards, declaration of components identified to be implemented into the real model test rig. The test rigs then undergo analysis by the Generative Structural Analysis by static case to be observed the capability of the machine to accommodate the force applied on specific part. The result shows deflection of middle plate region including lower mounting for 1400 N in rebound force applied. It can be seen fonn the result whether material used or the force applied under circumstances need to be considered for a better result in designing phase before inspected to be fabricated or used for future study.

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