Master the Next Generation of Sustainable Mobility with the Ultimate Professional Blueprint for EV Platform Architecture!
The electric vehicle revolution has fundamentally redefined the automobile. Where the chassis was once a passive structural carrier holding together an internal combustion engine, it has transformed into an active, complex system. The modern EV platform must simultaneously support massive high-voltage battery packs, survive extreme crash profiles, route advanced thermal networks, and govern ultra-fast torque vectoring through intelligent software.
Written by automotive authority Wayne Donahue, "EV Chassis Engineering Handbook" is a state-of-the-art, systems-level desk reference designed for professional design engineers, automotive researchers, and advanced engineering students. It breaks free from outdated ICE constraints to explore ground-up electric vehicle platform engineering from first principles.
Spanning eight comprehensive, multidisciplinary parts, this technical handbook leaves no detail unexamined:
- Platform Architectures & Philosophies: Compare dedicated EV vs. adapted ICE architectures. Master skateboard platform design, modularity, and structural scalability.
- Structural Safety & Global Standards: Navigate mandatory compliance including UNECE, FMVSS, Euro NCAP, and China's stringent GB 38031 thermal containment limits.
- Advanced Materials & Megacasting: Implement multi-material strategies utilizing UHSS steel, structural aluminum extrusions, CFRP composites, and cutting-edge Gigacasting topology.
- Battery Integration & Thermal Networks: Optimize cell-to-body (CTB) engineering, structural load-bearing battery enclosures, underbody armor, and low-temperature cooling circuits.
- Subsystem Kinematics & Active Technologies: Calibrate EV suspension, air springs, electronically controlled damping, and Variable Ratio Steer-by-Wire (SbW) architecture.
- Drive Integration & Advanced Dynamics: Synchronize blended regenerative braking, dual/quad motor layouts, yaw control, and high-frequency inverter EMI/EMC mitigation.
Complete with rigorous Finite Element Analysis (FEA) modeling guidelines, digital twin tech overviews, and exhaustive formula quick-references, this is an indispensable guide for anyone shaping the software-defined vehicle era.
Secure the definitive reference manual for your engineering desk. Order the "EV Chassis Engineering Handbook" today!
