This report presents a comprehensive study of automotive materials, manufacturing processes, and vehicle design concepts and methods. Sources provided discuss the development and production of body panels and doors, suspensions and chassis, engines and transmissions, steering and braking components, and parts for bumpers, wheel assemblies, instrument panels and car interiors, among others. The properties required of materials for these components are reported along the design of new, lighter weight alloys, composites and engineered materials with improved resistance to wear, corrosion, high stresses and extremes of temperature. Other references cited review the criteria for selection and application of these materials in current and future-generation automobiles, focusing on weight reduction, corrosion resistance, damage tolerance, noise and vibration and recyclability. The life-cycle cost implications of materials selection and processing are discussed, in particular the importance of design for recyclability. Also featured are developments in materials processing technology, including casting, shaping, metal working, powder metallurgy, machining, and heat treating aprocedures, among others.
Materials in the automotive industry 1993
Werkstoffe für die Automobilindustrie 1993
1993
333 Seiten, Quellen
Buch
Englisch
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