Introduction to Welding and Brazing
The Commonwealth and International Library: Welding Division
Published on 24. September 2013
234 pages
978-1-4831-5168-7 (ISBN)
Description
Introduction to Welding and Brazing covers the various aspects of metal joining processes, theory, practice, and application. This book is composed of nine chapters. Considerable chapters are devoted to the processes, practice, and principles of arc, resistance, and pressure welding. A chapter describes the principles and applications of other welding processes, such as gas, thermit, and electron beam welding. The final chapters deal with the metallurgical application, practice, and principles of soldering and brazing. This book will be of value to the researchers and workers in the metal joining fields.
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Other editions
Additional editions
D.R. Milner | R.L. Apps
Introduction to Welding and Brazing
Book
05/1968
Pergamon
€8.05
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Content
Authors' PrefaceAcknowledgmentsIntroduction1. The Arc Welding Processes Methods of ferrous welding The Coated Electrode Process The Continuous Electrode Process The Submerged Arc Process Electro-Slag Welding Stud Welding Percussion Welding Methods for Welding the Non-Ferrous Metals Atomic Hydrogen Welding Further Developments in Metal Arc Welding The Tungsten Inert Gas Shielded (TIG) Process Shielded Inert Gas Metal Arc (MIG) Welding The Carbon Dioxide Welding of Steel Cored or Tubular Electrode Welding of Steel Power Supply Equipment for Arc Welding2. Arc Welding Practice Selection of Process Properties of Weld Deposits Pre- and Post-Heating of Welds Speed of Welding Automatic Control Joint Design Distortion Control of Distortion Correction of Distortion Weld Defects Inspection and Testing of Welds Non-Destructive Testing Destructive Testing Use of Test Results3. Arc Welding Principles Relation of Arc Physics to Welding The Mechanism of Arc Operation The Arc Column Conditions Adjacent to the Electrodes The Plasma Jet The Constricted Arc Heat Flow in Arc Welding Metallurgical Principles Gas-Metal Reactions Slag-Metal Reactions Weld Structures The Weld Metal The Heat Affected Zone Heat Affected Zone Cracking The Metastable Heat Treatable Alloys Weld Decay Brittle Fracture The Background of Welded Design4. Resistance Welding Development of Processes Development of Power Sources Welding Practice in the Spot Seam and Projection Processes Weld Defects Weld Inspection and Testing Quality Control Resistance Butt and Flash Welding Practice5. Resistance Welding Principles The Formation of a Weld Control of Operating Parameters Weld Pressure Current Control Timing of the Current Pulse The Thermal Analysis of Resistance Welding Metallurgy6 Pressure Welding Forge Welding Pressure Welding Factors Affecting Welding Theories of Pressure Welding7. Other Welding Processes Gas Welding Thermit Welding Electron Beam Welding Laser Welding8. Soldering and Brazing Soft Soldering Brazing Heating Sources Brazing Filler Metals Joint Design Quality Control in Brazing9. Brazing and Soldering Principles Joint Filling The Principles of Oxide Removal Reduction in Hydrogen or Carbon Monoxide Flux Action Vacuum Brazing The Metallurgy of Brazed Joints Flow of the Filler Material Joint StrengthsSuggestions for Further ReadingIndex
