Mechanical Technology for Commercial Vehicles

Mechanical Technology for Commercial Vehicles offers a comprehensive and application-focused introduction to the modern systems that power, control, and stabilize today’s heavy-duty vehicles. Written for students, researchers, and automotive professionals, this textbook bridges the gap between fundamental engineering principles and real-world control strategies used in commercial vehicle design.

The book delves into advanced topics such as lateral and longitudinal vehicle dynamics, adaptive cruise control, steering automation, and electronic stability systems. Readers are guided through the essential modeling techniques used by control engineers, with clear explanations that balance mathematical rigor and practical relevance. Special emphasis is placed on tire dynamics, vehicle-road interaction, and hybrid technologies—critical components in today’s intelligent and energy-efficient transport systems.

With a focus on automated highway systems, lane-keeping assistance, and vehicle platooning, the book reflects the growing role of automation and smart mobility in the commercial transport sector. Each chapter includes practice questions to reinforce key concepts and support self-assessment.

Whether used in the classroom or in the field, Mechanical Technology for Commercial Vehicles equips learners with the technical insight and tools needed to innovate in an evolving industry. It is an ideal resource for graduate-level coursework, professional development, and research in vehicle dynamics and automotive control engineering.