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Fundamentals of rolling /
Fundamentals of Rolling presents the theoretical knowledge of longitudinal rolling in a comprehensive procedure. This book discusses the basic theory and principles of rolling processes. Comprised of seven chapters, this book begins with an overview of the three principal methods of rolling, includi...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés Polaco |
| Publicado: |
Oxford ; New York :
Pergamon Press,
[�1969]
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Fundamentals of Rolling; Copyright page ; Table of Contents; FOREWORD; PREFACE; CHAPTER 1. PHENOMENA OCCURRING DURING PLASTIC WORKING OF METALS; 1.1. Plastic Working by Rolling; 1.2. Fundamental Phenomena Occurring in Plastic Working; 1.3. Deformation of Single Crystals and Polycrystalline Aggregates; 1.4. Cold Work and Strain-hardening of Metal; 1.5. Recrystallization; 1.6. Hot Working; CHAPTER 2. FUNDAMENTAL PRINCIPLES OF PLASTIC WORKING OF METALS; 2.1. Symbols. Formulae, and Definitions; 2.2. Constancy of Volume and Laws of Plastic Deformation.
- 2.3. Stress-Strain Relationships and Condition of Plasticity2.4. Yield Stress; 2.5. Resistance of Metal to Deformation; 2.6. Work of Plastic Deformation; CHAPTER 3. FUNDAMENTALS OF ROLLING PROCESSES; 3.1. Basic Concepts and Symbols in Rolling; 3.2. Geometrical and Trigonometrical Relations in Rolling; 3.3. Flow of Metal in Rolling; 3.4. Interdependence of Draught, Elongation and Spread of Metalin Hot Rolling; 3.5. Calculation of Draught, Elongation and Spread in Symmetrical Passes During Rolling of Bars; 3.6. Mechanism of Bite and Friction in Rolling; 3.7. Calculation of Rolling Temperature.
- 3.8. Calculation of Rolling SpeedCHAPTER 4. ROLL PRESSURE, TORQUE, WORK, AND POWER IN ROLLING; 4.1. Roll Pressure and Load; 4.2. Calculation of Roll Force in Hot Rolling; 4.3. Work, Torque, and Power in Rolling; 4.4. Calculation of Roll Force in Cold Rolling; 4.5. Calculation of Roll Torque and Power in Cold Rolling; 4.6. Power of the Main Driving Motors; CHAPTER 5. ROLLS AND THEIR PERMISSIBLE LOADING; 5.1. Rolls and Roll Strength Calculations; 5.2. Roll Deflection and Other Factors Affecting Variation of Thickness During Rolling of Sheet and Strip; 5.3. Permissible Loading of Rolling Mills.
- 5.4. Measurements in Rolling5.5. Evaluation of Measurements in Rolling Mills; CHAPTER 6. HOT ROLLING WITH HEAVY DRAUGHTS; 6.1. Elongation and Spread During Hot Rolling of Mild Steel with Heavy Draughts; 6.2. Forward Slip and No-slip Angle in Rolling Mild Steel with Heavy Draughts; 6.3. Roll Force and Torque in Rolling of Mild Steel; 6.4. Flow of Metal and Structural Phenomena in Rolling; CHAPTER 7. PRINCIPLES OF ROLL PASS DESIGN; 7.1. Basic Definitions; 7.2. Roll Pass Design and Basic Formulae; 7.3. Graphical Method of Roll Pass Design; 7.4. Transformation of Formulae for Roll Pass Design.
- 7.5. Design of Regular Sections and Breaking-down Systems by the Mean Heights Method7.6. Theoretical Principles of Section Pass Design; 7.7. Principles of Roll Pass Design for Continuous Mills; 7.8. Effective Radii and Neutral Lines; 7.9. Analysis of the Rolling of Small Sections; APPENDIX 1; APPENDIX 2; REFERENCES; INDEX.