Simulink Four-Wheel Vehicle Model Simulation MDL Source File

This is a MATLAB Simulink-based four-wheel vehicle model simulation MDL source file. The model enables detailed simulation and analysis of four-wheel vehicle operations. Through MATLAB Simulink, we can simulate various vehicle aspects including powertrain systems, suspension systems, steering mechanisms, and other critical subsystems. The implementation utilizes Simulink blocks to represent physical components, with mathematical modeling of vehicle dynamics through differential equations and state-space representations. Key functions include torque distribution algorithms for all-wheel drive systems, spring-damper models for suspension behavior, and Ackermann geometry for steering kinematics. This model facilitates better understanding and research of vehicle behavior and performance characteristics. By running simulations with this model, users can obtain comprehensive data and results regarding vehicle operation, enabling deeper research and optimization processes. The simulation outputs include time-domain responses for parameters like vehicle velocity, acceleration, tire forces, and body roll angles. Therefore, this four-wheel vehicle model simulation MDL source file serves as a valuable tool with broad applications in automotive engineering and related fields.