Design And Manufacturing Of Semi Trailing Arm Suspension System


EOI: 10.11242/viva-tech.01.05.001

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Citation

Ojas borkar, Kunal Dhekane, Aniket Bhujang, Jay Harne, "Design And Manufacturing Of Semi Trailing Arm Suspension System", VIVA-IJRI Volume 1, Issue 5, Article 60, pp. 1-3, 2022. Published by Computer Engineering Department, VIVA Institute of Technology, Virar, India.

Abstract

ATV is a principally an off- road vehicle with capability to repel harsh road conditions. Stability, control, performance, and comfort these are the introductory conditions for an ATV. Suspension system is one of the important systems which is responsible for fulfilment of introductory conditions. This paper is grounded on design and development of semi-trailing arm suspension for ATV. The report describes the methodology followed to design a system and analysis of suspension factors witnessing major forces during dynamic conditions. The main ideal is to design and develop a suspension system which improves overall performance and handling parcels of ATV. The main idea behind the paper is to design, assay as well as pretend the semi running suspension system figure installed in the reverse of an All-Terrain Vehicle (ATV). The Suspension system which is the most important constraint for running has experienced a substantial quantum of development in the history. Therefore, the content is concentrated on designing the forenamed suspension system incorporating dynamics of the vehicle with furnishing optimum performance of the vehicle while maximizing motorist comfort. Parameters like camber, wheel trip, roll centre were estimated to attain the asked performance. The system was designed from scrape using computations in CATIA, followed by arms in solidworks. The factors were analysed in Ansys software and the complete figure was dissembled in Lotus Suspension Analysis software.

Keywords

Half shaft geometry, independent suspension, SAE BAJA, Semi-trailing arm.

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