This multidisciplinary reference compiles detailed information from physics, metallurgy, and mechanical and electrical engineering to epitomize the fundamental characteristics of flat rolling steel-proceeding from in-depth analyses of metal properties and behaviors to the latest technologies in application.
Covering both basic operational problems and executive decisions about optimization and upgrading, and utilzing a system approach, Flat Rolling Fundamentals extensively covers the physical and metallurgical properties of steels.....reviews the concepts of plastic deformation and rolling theory.....details the implementation of continuous strip and width profile, and flatness control technology....synopsizes the successful automation and computerization of the entire rolling process.....and more.
Preface
Part 1 : Principle Characteristics of Steel
Chapter 1 : Structure of Metals
Chapter 2 : Metallurgical Characteristics of Steel
Chapter 3 : Chemical Compositions of Steel
Chapter 4 : Classification of Steel
Chapter 5 : Physical Properties of Steel Products
Chapter 6 : Metallurgical Factors Controlling the Properties of Steels
Part 2 : Deformation of Steel
Chapter 7. : Microscopic and Macroscopic Plasticity
Chapter 8. : Analysis of Workpiece Deformation
Chapter 9. : Resistance to Deformation in Hot Rolling
Chapter 10. : Roll Force and Torque in Flat Rolling
Chapter 11. : Friction and Lubrication in Rolling
Part 3 : Metallurgical Aspects of Hot Rolling Process
Chapter 12 : Heat Transfer in Hot Rolling
Chapter 13 : Structural Changes in Steel During Hot Rolling
Chapter 14 : Thermomechanical Treatment Combined with Rolling
Chapter 15 : Metallurgical Defects in Cast Slabs and Hot Rolled Products
Part 4 : Rolling Mills for Flat Products
Chapter 16 : Types of Rolling Mills
Chapter 17 : Optimization and Modernization of Hot Strip Mills
Part 5 : Geometry of Flat Rolled Products
Chapter 18 : Definition of Geometrical Parameters of Rolled Products
Chapter 19 : Standard Dimensional Tolerance of Rolled Products
Chapter 20 : Statistical and Analytical Dimensional Tolerance
Part 6 : Gauge Control
Chapter 21 : Principles of Measurement of Rolling Parameters
Chapter 22 : Causes of Gauge Variation
Chapter 23 : Gauge Control Sensors an Actuators
Chapter 24 : Automatic Gauge Control Systems
Part 7 : Width Control
Chapter 25 : Basic Principles of Width Change
Chapter 26 : Width Change by Rolling and Pressing
Chapter 27 : Optimization and Control of Width Change Process
Part 8 : Profile and Flatness Control
Chapter 28 : Strip Profile and Flatness Analysis
Chapter 29 : Roll Thermal Expansion and Wear
Chapter 30 : Backup Rolls with Specific Profiles
Chapter 31 : Roll Deformation and Displacement Systems
Chapter 32 : Strip Profile and Flatness Control Systems
Index
