Principles of Welding
Processes, Physics, Chemistry, and Metallurgy
1. Edition July 2024
XXIII, 662 Pages, Hardcover
354 Pictures
Handbook/Reference Book
Short Description
Whereas most books on welding serve as practical, low-level technical guides, Principles of Welding offers the first comprehensive, college-level treatment of the subject. Complete, in one self-contained volume, it describes the chemistry and physics of welding along with welding processes and welding metallurgy. The underlying principles are covered in-depth and in clear and straightforward terms, making this an excellent resource for experienced engineers and students alike.
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An advanced yet accessible treatment of the welding process and its underlying science.
Despite the critically important role welding plays in nearly every type of human endeavor, most books on this process either focus on basic technical issues and leave the science out, or vice versa. In Principles of Welding, industry expert and prolific technical speaker Robert W. Messler, Jr. takes an integrated approach--presenting a comprehensive, self-contained treatment of the welding process along with the underlying physics, chemistry, and metallurgy of weld formation.
Promising to become the standard text and reference in the field, this book provides an unprecedented broad coverage of the underlying physics and the mechanics of solidification--including peritectic and eutectic reactions--and emphasizes material continuity and bonding as a way to create a joint between materials of the same general class. The author supplements the book with hundreds of tables and illustrations, and correlates the science to welding practices in the real world.
Principles of Welding departs from existing books with its clear, unambiguous presentation, which is easily grasped even by undergraduate students, yet given at the advanced level required by experienced engineers.
Introduction to the Process of Welding.
Classifying Welding Processes.
Fusion Welding Processes.
Nonfusion Welding Processes.
THE PHYSICS OF WELDING.
Energy for Welding.
The Flow of Heat in Welds.
Thermally Induced Distortion and Residual Stresses During Welding.
The Physics of Welding Energy or Power Sources.
Molten Metal Transfer in Consumable Electrode Arc Welding.
Weld Pool Convection, Oscillation, and Evaporation.
THE CHEMISTRY OF WELDING.
Molten Metal and Weld Pool Reactions.
Weld Chemical Heterogeneity.
THE METALLURGY OF WELDING.
Weld Fusion Zone Solidification.
Eutectic, Peritectic, and Postsolidification Fusion Zone Transformations.
The Partially Melted Zone.
The Weld Heat-Affected Zone.
Weldability and Weld Testing.
Closing Thoughts.
Appendices.
Index.
