Foundations of Vehicle Dynamics and Automotive Engineering

Understanding how a vehicle interacts with the road is the cornerstone of automotive design and safety engineering. Whether you are designing traditional combustion vehicles or modern electric cars, grasping the physics of motion is essential. This text-only course guides you through the fundamental principles governing vehicle behavior, from tire mechanics to complete handling dynamics. You will develop a solid theoretical foundation to analyze acceleration, braking, steering, and ride comfort. What you'll learn: Understand the fundamental forces acting on a vehicle in motion, including aerodynamic drag and rolling resistance; Analyze tire-road interactions and slip characteristics to predict traction and braking performance; Evaluate suspension systems and ride comfort parameters under various road conditions; Master steering geometry and handling characteristics, including understeer and oversteer behaviors; Explore modern vehicle dynamics topics, including regenerative braking integration and electric vehicle weight distribution. The material begins with basic mechanics and key terminology before progressing to advanced handling dynamics and modern vehicle control systems. You will work through clear written explanations, equations, and conceptual exercises designed to solidify your understanding. This course is designed for aspiring automotive engineers, physics students, and car enthusiasts with a basic grasp of algebra and introductory physics. No prior automotive engineering experience is required. Start reading today to unlock the core principles of automotive motion and design.