Welding metallurgy
Author(s)
Bibliographic Information
Welding metallurgy
Wiley, c1987
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Note
"A Wiley-Interscience publication."
Includes bibliographical references and index
Description and Table of Contents
Description
Presented here are the fundamental aspects of fusion welding including heat and fluid flow during the welding process, the physical chemistry of reactions, the solidification process in the weld fusion zone and transformations of the heat-affected zone. Basic principles of fusion welding rather than a collection of case studies about a variety of materials and conditions are stressed in addition to an emphasis on physical principles rather than empiricism. The techniques and results of research in electron microscopy and computer modeling are incorporated. Special features of the book include relation to the more common problems of welding technology, as well as covering the more exotic materials. The welding process is also discussed in conjunction with fatigue, creep and fracture.
Table of Contents
- Fusion Welding Processes
- Heat Flow During Welding
- Chemical Reactions in the Welding Zone
- Weld Pool Convection and Evaporation
- Weld Residual Stresses, Distortion and Fatigue
- THE FUSION ZONE
- Basic Concepts of Solidification
- Grain Structure of the Fusion Zone
- Subgrain Structure of the Fusion Zone
- Post-Solidification Phase Transformations in the Fusion Zone
- Chemical Heterogeneity in the Fusion Zone
- Solidification Cracking of the Fusion Zone
- THE PARTIALLY-MELTED ZONE
- Formation of Partially-Melted Zone
- Difficulties Associated with the Partially-Melted Zone
- THE HEAT-AFFECTED ZONE
- Work-Hardened Materials
- Precipitation-Hardening Materials I--Aluminum Alloys
- Precipitation-Hardening Materials II--Nickel-Base Alloys
- Transformation-Hardening Materials--Carbon and Alloy Steels
- Corrosion Resistant Materials--Stainless Steels
- Appendixes
- Index.
by "Nielsen BookData"
