Page 7 - 汽车悬架减震器制造工艺的理论与实践

Chapter 6 focuses on environmental protection and sustainable development,

introducing processes such as chromium free electroplating, bio based shock
absorbers, carbon footprint tracking, and recycling and remanufacturing of
waste shock absorbers to promote green manufacturing. Chapter 7 elaborates on
quality inspection and performance evaluation methods, such as high-frequency

fatigue testing, sealing testing, NVH performance analysis, etc., to ensure that
shock absorbers meet industry standards. Chapter 8 proposes innovative designs
and solutions for shock absorbers for off-road vehicles, electric vehicles, racing
cars, and other special working conditions. Chapter 9 presents the development

and validation process of shock absorbers for new energy vehicles, military off-
road vehicles, racing cars, and other vehicles through typical engineering case
analysis, providing practical experience. Chapter 10 provides an outlook on future
technologies, exploring the application prospects and development trends of

intelligent materials, energy recovery, quantum computing, additive manufacturing,
and other technologies in the field of shock absorbers. In short, this book combines
theory and practice closely, with rich and comprehensive content, and has important
guiding significance for the development of the automotive suspension and shock

absorber field.