This report covers the application of mechanical control in quad bike's engine and drive train performance. It includes mathematical model schematic, free body diagram, Simulink model, PID controller, and system stability analysis.

Project 1: Dynamic modelling and Analysis

This report seeks to determine the suspension and stiffness constants for different degrees of freedom in the analysis of the quad bike dynamic system.

Report on mechanical control in quad bike's engine and drive train performance with models and analysis.

Advanced Dynamic Modeling, Simulation and Control of Quad Bike's Engine and Drive Train Performance

This project focuses on the application of mechanical control for quad bike in ENEM20001 course. It covers problem investigation, scope, assumptions, limitations, mathematical model, Simulink design, controller, and more. The aim is to design a drive-line control for the quad bike to reduce misfortunes and produce consistent stunts while having a mechanized control of the wheel stand disarray.

Advanced Dynamic Modeling, Simulation and Control of Quad Bike's Engine and Drive Train Performance

About This Document

Application of Mechanical Control for Quad Bike: ENEM20001

Advanced Dynamic Modeling, Simulation and Control of Quad Bike's Engine and Drive Train Performance

About This Document

Application of Mechanical Control for Quad Bike: ENEM20001lg...

Application of Mechanical Control for Quad Bike: ENEM20001