[Book] Composite Materials for Automotive Multi-Materials (No. 2158)
2158 Automotive Multi-Material
【Available for preview】Impact resistance, heat resistance, weather resistance, mechanical properties... A thorough explanation of the technologies for improving characteristics to achieve lightweighting in automobiles!
Book Title: Development of Resin Composites for Automotive Multi-Materials How can we reduce environmental impact? Detailed explanations of development cases considering recyclability, environmental impact balance, and LCA! ■ Key Points of This Book ◆ Trends in Automotive Multi-Materials and Weight Reduction ◆ - Strength and durability of materials required for automotive bodies and parts - Technologies to suppress strength variation during resin/metal bonding - Selection and development of materials considering LCA ◆ Improvement of Mechanical Properties and Impact Resistance of Automotive Resin Materials ◆ - Technologies for enhancing the mechanical properties of polymer materials, increasing rigidity and toughness - Improvement of heat resistance and mechanical properties of engineering plastics - Foaming technology for resin materials and enhancement of impact absorption - Resinification of transparent materials used for automotive windows and camera lenses ◆ Strength Reliability Improvement of Fiber Composites and Application Cases in Automobiles ◆ - Mechanisms of fatigue failure in fiber composites and technologies for enhancing durability - Required properties of matrix resins - Key points for improving interfacial adhesion of fiber composites, use of compatibilizers and sizing agents - Long-term reliability evaluation of fiber composites under fatigue conditions
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■ Table of Contents Chapter 1: Trends in Multi-Material and Lightweighting in Automobiles Chapter 2: Improvement of Rigidity and Weather Resistance of Thermoplastic Resins and Development of Automotive Components Chapter 3: Development of Thermosetting Resins, Improvement of Rigidity and Mechanical Strength, and Applications in Automobiles Chapter 4: Development of Engineering Plastics and Improvement of Impact Resistance Chapter 5: Foaming Technology for Resins Aimed at Automotive Use Chapter 6: Development of Automotive Elastomers and Improvement of Strength and Weather Resistance Chapter 7: Improvement of Toughness and Adhesion Technology for Glass and Carbon Fiber Composites and Development of Automotive Components Chapter 8: Improvement of Strength Reliability of Cellulose Nanofiber Composites and Development of Automotive Structural Components Chapter 9: Development of Transparent Resins for Automobiles and Improvement of Weather Resistance and Heat Resistance Chapter 10: Development of Adhesive Bonding Technology for Multi-Materials Chapter 11: Methods and Possibilities for the Development of New Lightweight Materials for Automobiles ● Publication Date: May 31, 2022 ● Format: A4, 648 pages ● Authors: 62 individuals ● ISBN: 978-4-86104-883-8
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