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[资源] 淬火理论及其技术（2010CRC英文第二版）

Quenching theory and technology
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Author(s): B Liéséciâc; International Federation for Heat Treatment and Surface Engineering.; et al
Publisher: CRC
Year: 2010
Edition: 2nd ed
Language: English
Pages: 685
Features
Updates and expands coverage of high pressure gas quenching (HPGQ) in vacuum furnaces
Explores intensive quenching (IQ), a promising new technology that facilitates compressive surface stresses and minimized distortion
Discusses modeling and simulation of coupled quenching phenomena: heat transfer, microstructure transformation, stress and strain development, and distortion of quenched workpieces
Analyzes new quenching media, especially quench oils based on renewable basestocks (vegetable oils)
Offers new details about quenching of aluminum alloys and titanium alloys, which are being used increasingly for lightweight constructions
Summary
Quenching is one of the most fundamentally complex processes in the heat treatment of metals, and it is something on which mechanical properties and distortion of engineering components depend. With chapters written by the most respected international experts in the field, Quenching Theory and Technology, Second Edition presents the most authoritative, exhaustive, and recent findings in this vital area. Understanding and control of quenching and quenchants is a critical constant in all well established and emerging heat treatment process technology. The collection of up-to-date knowledge in this book is the latest outcome from continuing formal and informal discussions by experts within the framework of the International Federation for Heat Treatment and Surface Engineering (IFHTSE).
It covers topics including:
Thermo-and fluid dynamic principles of heat transfer during cooling
Wetting kinematics
Residual stresses after cooling
Computer modeling and prediction of microstructure transformation
Hardness distribution
Stress-strain and distortion
With revised and updated content from the first edition, this book adds coverage of important technological developments. Although the primary focus continues to be on the quenching of steel, it also details quenching of aluminum and titanium alloys, quench severity of selected vegetable oils, gas quenching, intensive quenching, and simulation of quenching. Presenting the most recent findings in this area, this essential piece of literature is a substantial contribution to the general field of the thermal processing of metals. It is useful not only for specialists in heat treatment practice, but also those in higher education or numerous specialized courses and seminars worldwide.

Table of Contents
Hardening of Steels, L. de C.F. Canale and G.E. Totten
Quenching of Aluminum Alloys, R.T. Shuey and M. Tiryakiogliu
Quenching of Titanium Alloys, L. Meekisho, X. Yao, and G.E. Totten
Mechanical Properties of Ferrous and Nonferrous Alloys after Quenching, H.-J. Spies
Thermo- and Fluid-Dynamic Principles of Heat Transfer during Cooling, F. Mayinger
Heat Transfer during Cooling of Heated Metals with Vaporizable Liquids, R. Jeschar, E. Specht, and C. Köhler
Wetting Kinematics, H.M. Tensi
Wetting Kinetics and Quench Severity of Selected Vegetable Oils for Heat Treatment, K.N. Prabhu
Residual Stresses after Quenching, V. Schulze, O. Vöhringer, and E. Macherauch
Effect of Workpiece Surface Properties on Cooling Behavior, F. Moreaux, G. Beck, and P. Archambault
Determination of Quenching Power of Various Fluids, H.M. Tensi and B. Lišcic
Types of Cooling Media and Their Properties, W. Luty
Gas Quenching, G. Belinato, L. de C.F. Canale, and G.E. Totten
Techniques of Quenching, H.E. Boyer, P. Archambault, and F. Moreaux
Intensive Steel Quenching Methods, N.I. Kobasko
Prediction of Hardness Profi le in Workpiece Based on Characteristic Cooling
Parameters and Material Behavior during Cooling, H.M. Tensi and B. Lišcic
Simulation of Quenching, C. Simsir and C. Hakan Gür
Appendices
Index

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