Airbrake Systems Engineering: Definitive Reference for Developers and Engineers

"Airbrake Systems Engineering"

"Airbrake Systems Engineering" stands as a comprehensive and authoritative guide to the theory, design, and practical implementation of pneumatic braking for modern vehicles. Beginning with a rigorous foundation in the physics, actuation, and regulatory standards governing pneumatic brakes, the book meticulously unpacks the complex interrelations among system schematics, component performance, and critical safety considerations. Through chapters that span from fundamental engineering calculations to failure modes and safety mitigations, readers gain a robust understanding of both traditional and evolving design principles.

Delving deeper, the book explores state-of-the-art topics in component engineering, material science, advanced control, and diagnostic technologies. It covers everything from the latest developments in compressor and valve design, actuator performance criteria, and the use of emerging materials, to the mounting influence of digital twins, AI-enhanced modeling, and hardware-in-the-loop testing. Special focus is given to the integration and automation of braking with vehicle dynamics, the implementation of advanced algorithms for ABS/EBS systems, and modern paradigms for diagnostics, big data analytics, and cloud integration, highlighting the growing sophistication and intelligence within contemporary airbrake systems.

"Airbrake Systems Engineering" concludes by engaging readers with forward-looking perspectives on cybersecurity in safety-critical automotive applications, environmental sustainability, and the grand challenges that lie ahead. Topics such as lifecycle engineering, green manufacturing, system electrification, and the fusion of IoT, edge computing, and smart materials underscore the book's commitment to innovation and real-world impact. This work is essential for engineers, researchers, and technical leaders seeking to master current best practices while equipping themselves to navigate the future of airbrake technology.

© 2025 HiTeX Press (E-bog): 6610000811168

Release date

E-bog: 26. maj 2025