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"Basics of Engineering and Technology with Natural Rubber" offers a comprehensive overview of natural rubber, from its extraction and processing to its wide-ranging applications in modern engineering. The book has been prepared to link the theoretical principles and the practical procedures and therefore will be useful to professionals, students, and researchers in the field of rubber technology.The content has been divided into five major chapters, covering latex processing, viscoelasticity, filler dispersion, and advanced rubber applications like elastomer bearings and flex seals of rockets. The book explores latex carbon black masterbatch production and its economic and processing advantages in rubber products manufacture. It also covers the mathematical derivation for applications like shock and vibration isolation. This work aims to empower readers with a deep understanding of natural rubber's behavior and potential in engineering, while also addressing the latest industry trends and technological advancements. This book will be valuable to individuals at any level, whether they are beginners or experienced practitioners, serving as a step-by-step guide to mastering the art of rubber engineering.
A propos de l'auteur
Dr. Rosamma Alex is a consultant and retired Joint Director at the Rubber Research Institute of India, where she gave over 36 years of service.
Résumé
"Basics of Engineering and Technology with Natural Rubber" offers a comprehensive overview of natural rubber, from its extraction and processing to its wide-ranging applications in modern engineering. The book has been prepared to link the theoretical principles and the practical procedures and therefore will be useful to professionals, students, and researchers in the field of rubber technology.
The content has been divided into five major chapters, covering latex processing, viscoelasticity, filler dispersion, and advanced rubber applications like elastomer bearings and flex seals of rockets. The book explores latex carbon black masterbatch production and its economic and processing advantages in rubber products manufacture. It also covers the mathematical derivation for applications like shock and vibration isolation. This work aims to empower readers with a deep understanding of natural rubber’s behavior and potential in engineering, while also addressing the latest industry trends and technological advancements. This book will be valuable to individuals at any level, whether they are beginners or experienced practitioners, serving as a step-by-step guide to mastering the art of rubber engineering.
