Understand the key points necessary to obtain practical lifespan predictions, and learn the mechanisms and concepts of lifespan from actual prediction cases of polymer materials for different applications.
○Publication Date: November 24, 2009 ○Format: B5 size hardcover, 451 pages ○Price: 66,000 yen (excluding tax) → STbook member price: 62,667 yen (excluding tax) ○Supervised by: Yoshito Otake, Japan Chemical Evaluation and Research Institute ○Authors: Yoshito Otake (Japan Chemical Evaluation and Research Institute) / Kazumi Nakayama (Japan Chemical Evaluation and Research Institute) / Masayuki Ito, Waseda University / Minoru Shinbo, Kanazawa Institute of Technology / Jun Kato, Nissan Arc Co., Ltd. / Noriaki Wada, Bandō Chemical Co., Ltd. / Kazuo Nishimoto, Nichias Corporation (former investigator at the High Pressure Gas Safety Institute, Liquefied Petroleum Gas Research Institute) / Kiyoo Kato, Asahi Kasei Chemicals Corporation / Tomohiro Fukuhara, Omron Corporation / Makihito Morii, Omron Corporation / Naruyuki Mitaji, Tokyo University of Technology / Yoshihisa Kano, Furukawa Electric Co., Ltd. / Akira Motoyama, Panasonic Electric Works Analysis Center Co., Ltd. / Takafumi Iida, Nagase ChemteX Corporation / Eiichi Sugimoto, Dengi Ken Co., Ltd. / Toshihiko Aihara, Nissan Motor Co., Ltd. / Yoshihisa Tajima, Polyplastics Co., Ltd. / Mikihiro Ito, Railway Technical Research Institute / and 5 others.
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Chapter 1: Considerations on the Lifespan of Polymer Materials Chapter 2: Types of Degradation of Polymer Materials and Their Mechanisms Necessary for Determining Lifespan Chapter 3: Analytical Methods for Promoting Lifespan and Quantification of Degradation Chapter 4: Accelerated Testing for Lifespan Evaluation Chapter 5: Issues to Consider for Lifespan Prediction Chapter 6: Actual Case Studies of Lifespan Prediction Section 1: Lifespan Prediction Method for Plastic Molding Products Based on Viscoelastic Behavior Section 2: Fatigue Lifespan Prediction of Glass Fiber Reinforced Resins Section 3: Lifespan Prediction of Rubber Materials Section 4: Lifespan Prediction of Swollen Rubber O-Rings Section 5: Degradation and Lifespan Prediction of Thermoplastic Elastomers Section 6: Lifespan Prediction of Adhesives Section 7: Lifespan Prediction of Optical Adhesives for Optical Devices Section 8: Degradation of Adhesives and Considerations on Lifespan Section 9: Lifespan Prediction of Films Section 10: Lifespan Prediction of Sealants Section 11: Lifespan Prediction of Insulating Materials Section 12: Lifespan Prediction of Polymer Materials for Automobiles Section 13: Lifespan Prediction of Fuel Tank Materials Section 14: Lifespan Prediction of Polymer Materials for Railways Section 15: Lifespan Prediction of Optical Discs Section 16: Lifespan Prediction of Polymer Materials for Construction Section 17: Degradation of Biopolymer Materials Chapter 7: Degradation, Lifespan, and Accidents
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Main body 66,000 yen + tax → STbook member price: 62,667 yen + tax
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S&T Publishing publishes technical books aimed at researchers and engineers.