Design & Analysis of Suspension and Steering System for Formula Student Vehicle

EasyChair Preprint 10007

Abstract

The modern world is all about what can be done in the least amount of time, doing the most of every minute of every hour in a day. As the saying goes, time is money and we are in a modern capitalistic world, in which transportation is a key element of the economy, and vehicles are made into different types according to the uses and requirement of its task. Modern vehicles are very advanced compared to the firsts recorded in history, and it is far more complex than the previous technologies used in the previous models. But since the first apparition of the first vehicles, the one thing that haven’t changed is the necessity of human control in its functioning. Driving a personal vehicle can be tiring and time consuming at times, and modern people have less and less time to lose. Autonomous vehicle is thought to be the solution to many problems in the modern industry of automobile, as it solves the problem of human labor by giving the task of path planning, vehicle management and driving, to a computer. The vehicle is controlled by a computer which perceive the environment around the vehicle by the use of sensors, and then will act according to the calculation to perform its task by the use of electronically controlled actuators.

Keyphrases: ANSYS simulation software, Solid works software, Steering system, Suspension system

@booklet{EasyChair:10007,
  author    = {Amarnath Mitra and Habil Pahadwala and Dainik Sukani and Harsh Rana and Michel Jordy},
  title     = {Design & Analysis of Suspension and Steering System for Formula Student Vehicle},
  howpublished = {EasyChair Preprint 10007},
  year      = {EasyChair, 2023}}