DESIGN AND ANALYSIS OF SUSPENSION SYSTEM OF AN OFF ROAD VEHICLE (ALL TERRAIN VEHICLE)

DESIGN AND ANALYSIS OF SUSPENSION SYSTEM OF AN OFF ROAD VEHICLE (ALL TERRAIN VEHICLE)
Author(s):
Shakti PrasannaKhadanga, Manish Kumar Manjhi, Bibhuti Bhusan Sahoo , Susarthak Rath, Karan Kumar Guru , P. Murarji
Keywords:
Camber,Castor,DoubleWishbone Suspension System, Roll Centre Height,Toe,Track width,Upright,Wheelbase.
Abstract
An ATV is the vehicle which is designed to move through all terrains. We are using this vehicle for various range of purposes such as military purpose, rescue purpose during natural calamities and also for forest inspections. [1] Suspension system of this vehicle should be strong enough so that it will give better ride quality and maximum comfort to the driver. Double wishbone suspension system is selected and is designed in LSA (Lotus Suspension Analysis).After designing the hard points are received and using them A-arms are designed by using SOLIDWORKS and CATIA software and after that we selected the material to fabricate it but before fabrication we have analysed the various stresses acting upon it by ANSYS. We have also designed front and rear uprights and analysed it by using ANSYS. This project aims at selecting, analysing and fabricating a suspension system of ATV which will capable of handling at rough terrains.
Article Details
Unique Paper ID: 144401 Publication Volume & Issue: Volume 3, Issue 11 Page(s): 134 - 141
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