High-quality steel rolling : theory and practice
Author(s)
Bibliographic Information
High-quality steel rolling : theory and practice
（Manufacturing engineering and materials processing, 39）
Marcel Dekker, c1993
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
Emphasizing solutions to the problems of achieving tight tolerances of important geometrical parameters such as thickness, width, cross-sectional profile, and flatness, this reference focuses on the principles and applications of the latest technology for producing high-quality, flat-rolled steel products.;Illustrated with more than 700 drawings, High-Quality Steel Rolling: defines the geometrical parameters of flat-rolled products in both conventional and standardized forms; clalssifies the various types of transducers and sensors and provides definitions of basic metrological terms; examines thickness and width control in rolling mills, outlining the methods of width change by casting rolling, and pressing; discusses the theoretical aspects of roll deformation, roll thermal expansion, roll wear, and roll bending in relation to strip profile and flatness; reviews various control systems such as roll bending, roll shifting and roll crossing, as well as systems for utilizing rolls with specific profiles and flexible edge rolls; analyzes the main causes of imperfections in the performance of contemporary automatic control systems; and investigates new computer modeling capabilities for resolving problems in product quality.
Table of Contents
- Part 1 Geometry of flat-rolled products: definitions of geometrical parameters
- standardization and quality requirements
- standard dimensional tolerances
- statistical and analytical dimensional tolerances. Part 2 Principles of measurement: definitons of basic metrological terms
- transducers and sensors
- principles of signal treatment. Part 3 Gauge control in rolling mills: causes of gauge variation
- automatic gauge control systems
- dynamic characteristics of roll gap control systems
- causes and effects of roll eccentricity
- methods of roll eccentricity compensation. Part 4 Width control in rolling: theory of width change
- methods of width change by casting and rolling
- methods of width change by pressing
- optimization of the width change process
- automatic width and plan view control systems. Part 5 Theory of strip profile and flatness: effect of roll deformation on strip profile
- effect of roll thermal expansion and wear on strip profile
- strip profile and flatness analysis
- roll bending analysis. Part 6 Strip profile and flatness control: roll bending systems
- roll shifting and cross systems
- rolls with specific profiles
- flexible edge rolls
- strip profile and flatness sensors
- automatic strip profile and flatness control systems.
by "Nielsen BookData"
