Nonlinear Automotive Vehicle Suspension System Integrated With Enhanced PID Controller

Abstract

This work presents a comprehensive study on a Nonlinear Quarterly Car Passive Suspension System (PSS), designed to address the dynamic challenges encountered in modern vehicles. This novel method combines sophisticated control algorithms with nonlinear elements to enhance the performance of the vehicle. The flexibility of the system to adjust to changing driving preferences and road circumstances is highlighted while delving into the design's essential elements. In order to monitor and alter suspension characteristics in real-time and provide the best ride comfort and vehicle stability.