Practical Metallurgy and Material Industry
Autor John E. Neely, Thomas J. Bertoneen Limba Engleză Hardback – 31 dec 2018
Practical Metallurgy and Materials of Industry, Seventh Edition, examines the behavior and characteristics of metals and materials, as well as the current practices for materials processing being used in the industry today. Taking a visual approach, it uses graphics, drawings, and photographs to illustrate actual equipment, processes and differences in metals when they are subjected to certain conditions such as heating, forming, or forging. Continuing its use of self-tests, case problems and worksheets, this new edition features updated identification and classification of metals; color inserts; expanded coverage of annealing, stress relieving, and normalizing steels; a new chapter on surface hardening treatments for steel products; and a new chapter on hardening processes and tempering steels.
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Specificații
ISBN-13: 9780131720039
ISBN-10: 0131720031
Pagini: 528
Dimensiuni: 216 x 276 mm
Ediția:7Nouă
Editura: Pearson Education
Colecția Prentice Hall
Locul publicării:Upper Saddle River, United States
ISBN-10: 0131720031
Pagini: 528
Dimensiuni: 216 x 276 mm
Ediția:7Nouă
Editura: Pearson Education
Colecția Prentice Hall
Locul publicării:Upper Saddle River, United States
Cuprins
1. Extracting Metals from Ores
2. The Casting of Metals
3. The Physical and Mechanical Properties of Metals
4. The Crystal Structure of Metals, Basic Phase Diagrams, the Metallographic Sample Preparation Laboratory
5. Classification, Identification and Selection of Iron Alloys
6. The Manufacturing of Steel Products
7. Heat Treating Equipment
8. The Iron-Carbon Phase Diagram
9. Annealing, Stress Relieving, and Normalizing Steels
10. Hardening Processes and Tempering of Steels
11. The Hardenability of Steels, I-T/T-T-T Diagrams, and Cooling Curves
12. Surface Hardening Treatments for Steel Products
13. Welding Processes for Iron and Iron Alloys
14. Identification and Heat Treatment of Nonferrous Metals
15. Metallurgy of Welds: Nonferrous Metals
16. Powder Metallurgy
17. Corrosion of Metals
18. Composite Materials
19. Nondestructive Testing
20. Plastics and Elastomers
21. Ceramic Materials
22. Wood and Paper Products
23. Adhesives, Industrial Lubricants, and Gases
24. Hardness Testing
25. Failure Analysis and Material Characterization Techniques
APPENDIX
GLOSSARY
INDEX
2. The Casting of Metals
3. The Physical and Mechanical Properties of Metals
4. The Crystal Structure of Metals, Basic Phase Diagrams, the Metallographic Sample Preparation Laboratory
5. Classification, Identification and Selection of Iron Alloys
6. The Manufacturing of Steel Products
7. Heat Treating Equipment
8. The Iron-Carbon Phase Diagram
9. Annealing, Stress Relieving, and Normalizing Steels
10. Hardening Processes and Tempering of Steels
11. The Hardenability of Steels, I-T/T-T-T Diagrams, and Cooling Curves
12. Surface Hardening Treatments for Steel Products
13. Welding Processes for Iron and Iron Alloys
14. Identification and Heat Treatment of Nonferrous Metals
15. Metallurgy of Welds: Nonferrous Metals
16. Powder Metallurgy
17. Corrosion of Metals
18. Composite Materials
19. Nondestructive Testing
20. Plastics and Elastomers
21. Ceramic Materials
22. Wood and Paper Products
23. Adhesives, Industrial Lubricants, and Gases
24. Hardness Testing
25. Failure Analysis and Material Characterization Techniques
APPENDIX
GLOSSARY
INDEX
Caracteristici
For courses in Materials Science and Metallurgy.
Practical Metallurgy and Materials of Industry, Seventh Edition, examines the behavior and characteristics of metals and materials, as well as the current practices for materials processing being used in the industry today. Taking a visual approach, it uses graphics, drawings, and photographs to illustrate actual equipment, processes and differences in metals when they are subjected to certain conditions such as heating, forming, or forging. Continuing its use of self-tests, case problems and worksheets, this new edition features updated identification and classification of metals; color inserts; expanded coverage of annealing, stress relieving, and normalizing steels; a new chapter on surface hardening treatments for steel products; and a new chapter on hardening processes and tempering steels.
Hallmark Features
A comprehensive coverage of the behavior and characteristics of metals and materials–including steel, ceramic materials, wood and paper products, plastics and elastomers and more!
Practical Metallurgy and Materials of Industry, Seventh Edition, examines the behavior and characteristics of metals and materials, as well as the current practices for materials processing being used in the industry today. Taking a visual approach, it uses graphics, drawings, and photographs to illustrate actual equipment, processes and differences in metals when they are subjected to certain conditions such as heating, forming, or forging. Continuing its use of self-tests, case problems and worksheets, this new edition features updated identification and classification of metals; color inserts; expanded coverage of annealing, stress relieving, and normalizing steels; a new chapter on surface hardening treatments for steel products; and a new chapter on hardening processes and tempering steels.
Hallmark Features
A comprehensive coverage of the behavior and characteristics of metals and materials–including steel, ceramic materials, wood and paper products, plastics and elastomers and more!
- Provides a basic study of metals and their identification and gives students a thorough understanding of the properties of materials.
- Discusses current industry practices regarding how to alter a metal’s properties in order to meet the highest demands of applied materials technology.
- Presents the application of metallurgy, how metallurgical processes actually work, the welding of various metals, and service problems such as metal fatigue and corrosion.
- Provides students with an understanding of the mechanisms causing failure and methods to prevent those failures.
- Describes testing methods used to determine material properties for compliance with design specifications.
- Clarifies many abstractions with the use of graphics, drawings, illustrations and photographs.
- Includes visuals of the equipment used to perform specific ore refinement operations and the numerous processes used to make modern metals and alloys.
- Encourage students to read the material, use the worksheets, analyze the case problems, and complete the self-evaluation sections at the end of each chapter.
- Provide answers to the self-evaluation review questions in the textbook appendix for easy assessment.
- Includes a format that is adaptable to the conventional lecture, lab, or individual approach to instruction.
Caracteristici noi
New! Chapter 10, Hardening Processes and Tempering of Steels–appears in this edition.
- Gives expanded treatment of how to harden and temper steels.
- Explains many new hardening processes now being used within the industry.
- Devotes more coverage to the annealing and normalizing processes currently being used in the industry.
- Makes this text an excellent reference handbook for students majoring in metallurgy, material science, machine tool technology, welding technology and quality control.
- Includes photographs from actual sites to help students visualize extractive metallurgy in action.
- Shows the most common equipment used for surface hardening and other industry practices.