
Explore cross-ply versus radial tires, including bead shapes, tubeless design, rolling resistance, fuel economy, load-carrying capacity, and handling differences essential for vehicle dynamics.
Explore wheel rims types and manufacturing: steel, aluminum, magnesium, and carbon fiber rims; compare farming and forging, safety, rigidity, cost, and the impact of offset on brake fit.
Learn how tire deformation under vehicle load alters the contact patch and shifts the center of rotation, creating leading-edge compression and trailing-edge loading that drive vehicle motion.
Explore how slip angle emerges from tire contact patch deformation under steering input, causing a difference between ground grip and rim motion, illustrated through tire testing data and simulations.
This course will help you in understanding the in Basic fundamentals of an automobile Tyres . This course covers various aspects of tyre, explanation of tyre side details (tyre marking) and all the topics mentioned herein the curriculum. The Course has been designed in such a way that it is easily understood by upcoming engineering graduates.