ISBN 9789351342717,Steel Metallurgy

Steel Metallurgy

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ISBN 9789351342717

Tata McGraw - Hill Education

Publication Year 2014

ISBN 9789351342717

ISBN-10 9351342719


Number of Pages 368 Pages
Language (English)

Engineering & Technology

nowledge about steels, their properties, specifications, heat treatment and applications Includes large number of examples, illustrations and case studies Includes elaborate Index of contents for cross-referencing, a Bibliography for further reading and reference, and Glossary of Important Metallurgical Terms Simplified and highly illustrated narration ideal for metallurgical students, metallurgists and non-metallurgical engineers The book is intended for both students and practitioners. The book will help students of metallurgy and other engineering disciplines to understand the applied and functional-basics of steels relating to their properties, specifications and applications. Engineers and technical personnel in industries dealing with steel processing and its uses will benefit from the hard look the book takes for the precise selection of steel for the right purposes by providing workable knowledge on steel metallurgy and steel specifications. Preface Acknowledgements Chapter 1: Introduction to Steel: Metallurgical Characteristics and Properties Chapter 2: Formation of Microstructures in Steel: Structure-Property Relationship Chapter 3: Influence of Grain Size and Inclusions on the Properties of Steels Chapter 4: Steelmaking and Rolling for Quality Steel Production Chapter 5: Types of Steel Properties and Their Evaluation Chapter 6: Classification and Specification of Steels: Purpose, Practice and Role Chapter 7: Properties and Grades of Steels: Structural, Engineering and Stainless Steels Chapter 8: Heat Treatment and Welding of Steels Chapter 9: Selection and Application of Steel: Role of Quality, Cost and Failure Analysis Chapter 10: Selection and Application of Steels: Case Studies Summary Further Readings Appendices Glossary Bibliography Index Silicon Wafer Preparation for MOS Transistor Fabrication MOS Transistor Process Flow Oxidation Mask Lithography Etching Diffusion Ion-Implantation Thin Film Deposition ULSI (Nano) Fabrication