Handbook of Plastics Technologies: The Complete Guide to Properties and Performance (MECHANICAL ENGINEERING) - Tapa dura

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Charles A. Harper is president of Technology Seminars, Inc., an organization devoted to presenting seminars on electronic packaging and related subjects to the electronics industry. He is a graduate of The John Hopkins University School of Engineering , Baltimore, MD., and a past member of the engineering faculty of The Johns Hopkins University. He is active in numerous professional societies, including the International Microelectronics and Packaging Society (of which he is a past president), the National Electronic Packaging Conference (NEPCON), and the Institute of Electrical and Electronics Engineers. He is series editor of McGraw-Hill's Electronic Packaging and Interconnection Technology Series and a member of the Editorial Advisory Board of Electronic Packaging and Production magazine.

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Understand and capitalize on the latest breakthroughs in plastics applications, design, and manufacture

Researchers seeking to develop lucrative new plastics-based products will find in Handbook of Plastics Technologies a unique source of reliable, up-to-date data and guidance. Whether or not the focus is on consumer or institutional products, author Charles Harper provides a handy reference to the latest breakthroughs in Resins, adhesive and plastic additives. The book sets a solid foundation for understanding and reaping the potential benefits from processes such as: Thermoplastic, Thermosetting and Elastomeric, while improving the product quality and performance. This book is a guide to the latest in:

• Industry specifications and standards
• Thermoplastic and thermosetting materials and processes
• Properties for the latest Resins, adhesives and plastic additives
• Methods for recycling of plastic materials

INSIDE Handbook of Plastics Technologies
Fundamentals of Polymers and Plastics * Thermoplastic Materials and Processes * Thermosetting Materials and Processes * Elastomeric Materials and Processes * Plastic Additives * Nanotechnology for Polymers and Plastics * Plastics Recycling and Biodegradable Plastics * Plastics Joining * Automotive Applications of Plastics and Elastomers