Vehicle Braking Technology: A Practical Guide to Hydraulic Braking, Disc and Drum Systems, ABS, Electronic Controls, Brake Components, Diagnostics, ... Mechanical Systems Engineering Library) - Couverture souple

Livre 8 sur 8: Modern Mechanical Systems Engineering Library

Parkhill, Lily

9798173461629: Vehicle Braking Technology: A Practical Guide to Hydraulic Braking, Disc and Drum Systems, ABS, Electronic Controls, Brake Components, Diagnostics, ... Mechanical Systems Engineering Library)

Couverture souple

ISBN 13 : 9798173461629

Editeur : Independently published, 2026

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What makes a vehicle stop safely and consistently? Why can brake performance change with temperature, load, road conditions, or repeated hard braking? Vehicle Braking Technology provides a practical guide to the engineering, operation, and maintenance of modern vehicle braking systems.

The book begins with the fundamentals of braking, including friction, kinetic energy, heat generation, stopping distance, and hydraulic force. It then examines the major components and technologies used to convert pedal input into controlled deceleration.

Inside, you'll learn about:

Brake system fundamentals, hydraulic pressure, force multiplication, and braking dynamics
Disc and drum brakes, calipers, rotors, drums, pads, shoes, and friction materials
Brake fluid, hydraulic circuits, master cylinders, boosters, and proportioning systems
ABS, traction control, and electronic stability control and how they regulate wheel behavior
Common brake problems involving noise, vibration, pulling, reduced performance, and warning lights
Practical approaches to inspection, diagnosis, pad and rotor replacement, caliper servicing, and fluid maintenance
Brake-by-wire systems and the changing architecture of modern vehicles
Regenerative braking and how braking systems operate in hybrid and electric vehicles
Emerging developments such as predictive maintenance and advanced friction materials

Rather than presenting isolated definitions, this guide explains how braking components interact and why their condition directly affects vehicle performance and safety. You'll gain a clearer understanding of what happens when you press the brake pedal, how braking forces are managed, and how faults can be identified through systematic diagnosis.

Whether you're a student developing automotive knowledge, a vehicle enthusiast seeking a deeper understanding of braking systems, or a technician looking to strengthen practical diagnostic skills, this book provides a structured foundation that connects engineering principles with real vehicle applications.

Build a stronger understanding of the technology responsible for one of the most important functions of any vehicle: bringing it to a controlled and reliable stop.

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