Vehicle Dynamics and Power

This course covers the intricate dynamics of electric and conventional vehicles, focusing on the power, energy, and torque requirements for their operation. For instance, it delves into the specifications of the motor and batteries needed for an electric vehicle, based on the vehicle's requirements. The course also introduces the concept of vehicle dynamics and how it helps in determining the power, energy, and torque required for the vehicle. It further explores the forces a vehicle encounters, such as aerodynamic drag, rolling resistance, and climbing force, and how these forces affect the vehicle's power needs. The course provides examples and calculations for different types of vehicles, including two-wheelers, three-wheelers, and cars, at various speeds and gradients. It concludes by discussing the implications of these forces and calculations in the design of motors and batteries for vehicles.