Project: Dynamic System Modeling and Control (2 DOF Analysis)

This project presents a detailed analysis of a 2 Degree of Freedom (DOF) dynamic system, focusing on the modeling and control aspects. The project utilizes Simulink to simulate the system, specifically examining a motorbike suspension. It covers the schematic model of the motorbike, the system of suspension analysis, and the development of a 2 DOF model, including vibration response. The simulation results, including magnification and transmissibility factors, are analyzed. The project also delves into the Laplace transform of the 2 DOF system and compares it with a 1 DOF system. Furthermore, the project extends to a 2 DOF pitch schematic diagram, modeling equations, and natural frequency analysis. The project explores concepts like forced and free vibrations, transfer functions, and the differences between 1 DOF and 2 DOF systems. The goal is to simulate and analyze the dynamic behavior of the system to understand its performance and characteristics.