TIRE MECHANICS & CONTACT PATCH PHYSICS: A Practical Guide to Tire Slip Angle, Grip Optimization, and Friction Circle Analysis for Track Performance ... First-Principle Engineering for Speed Series)
I will be using this book for:

TIRE MECHANICS & CONTACT PATCH PHYSICS: A Practical Guide to Tire Slip Angle, Grip Optimization, and Friction Circle Analysis for Track Performance ... First-Principle Engineering for Speed Series)

by Terence R. Larson

motorsport automotive engineering Performance Driving
1 Star 2 Star 3 Star 4 Star 5 Star
0.0 out of 5 stars (0 ratings)

Explore the fundamentals of tire mechanics and contact patch physics with a practical focus on track performance. This guide covers tire slip angle, grip optimization, and friction circle analysis while applying first-principle engineering concepts to understanding speed, handling, and tire performance.

About This Book

A practical guide to tire mechanics and contact patch physics.

Explores tire slip angle, grip optimization, and the principles that influence performance on the track.

Introduces friction circle analysis as a framework for understanding tire performance.

Part of the First-Principle Engineering for Speed series, this book presents an engineering-focused approach to speed and handling.

Reviews

No reviews yet. Be the first to review this book!


Write a Review
I will be using this book for: