Rubber engineering
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Bibliographic Information
Rubber engineering
McGraw-Hill, c2000
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
The complete rubber engineering referenceThis guide offers formulators, engineers, and other professionals state-of-the-art coverage of all materials of commercial importance to the rubber industry: the properties of materials, as well as their strengths, weaknesses, and commercial applications; rubber processing, including recent advances in rubber machinery and processes; the comparative advantages of different types of equipment on the basis of productivity, quality, and engineering; the manufacture of a wide range of rubber articles; and a troubleshooting guide for defects encountered during basic processes of mixing, calendering, and vulcanization; quality systems and standardization; and a comprehensive listing of ISD, Indian, British, American, and German rubber analysis and testing standards. Authoritative and clearly written, this book touches on many areas, including polymer, inorganic, and physical chemistry; physics; biology; materials science; manufacturing techniques; and quality assurance. What's more, it's filled with problems and solutions that let you test your level of understanding, and prepare you for real on-the-job challenges.
Table of Contents
Part I: Materials Science. Atomic Structure and Bonding. Rubber Science. Rubber Physics. Colloid Science. Rubber Rheology. Rubber Vulcanization. Part II: Rubbers and Materials. Organic Materials. Inorganic Materials. Natural Rubber. Synthetic Rubbers. Textiles. Part III: Rubber Works Practice. Rubber Compounding. Mixing. Extrusion. Textile Processing. Techniques of Vulcanization. Manufacture of Rubber Products. Plant Services. Part IV: Behaviour in Service. Degradation of Rubber. Part V: Evaluation of Rubber Products. Rubber Compound Analysis. Quality Systems.
by "Nielsen BookData"