Machine Dynamics and Simulation with MATLAB

Understanding how physical machines move and react to forces is essential for designing safe, efficient mechanical systems. This course introduces you to the core principles of machine dynamics and shows you how to simulate these behaviors using MATLAB. You will transition from understanding basic mechanical theory to writing clean, structured MATLAB scripts that model real-world dynamic systems. By working through clear explanations and practical code examples, you will gain the confidence to analyze vibrations, forces, and motion mathematically. What you'll learn: 1. Understand foundational machine dynamics concepts, including force, mass, acceleration, and vibration. 2. Model multi-degree-of-freedom mechanical systems using differential equations. 3. Write clean MATLAB scripts to solve dynamic equations and simulate physical motion. 4. Analyze vehicle dynamics, including acceleration, braking, and suspension behavior. 5. Apply modern MATLAB programming practices, including structured functions and vectorization, for efficient simulations. 6. Interpret simulation data to optimize mechanical system performance. The course begins with essential terminology and mathematical foundations before moving into step-by-step MATLAB modeling techniques. You will gradually progress to simulating a complete vehicle model, analyzing its response to various external forces. This course is designed for beginner engineering students, hobbyists, and aspiring simulation analysts who have a basic familiarity with mathematics but are new to machine dynamics and MATLAB simulation. Start reading today to build your first mechanical simulation from the ground up.