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| Welding Principles and Application |
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Dimensions
(in inches) 8 1/2" x 11" Author: Jeffus |
| Table of Contents |
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Preface |
SECTION
5 RELATED PROCESSES Chapter 18 Welding Joint Design, Welding Symbols Fabrication Introduction Weld Joint Design Mechanical Drawings Welding Symbols Indicating Types of Welds Weld Location Location Significance of Arrow Fillet Welds Plug Welds Spot Welds Seam Welds Groove Welds Backing Flanged Welds Nondestructive Testing Symbols Fabrication Layout Material Shapes Assembly Assembly Tools Fitting Tack Welding Welding Finishing Chapter 19 Welding Codes, Standards and Welding Cost Introduction Codes, Standards, Procedures, and Specifications Welding Procedure Qualification General Information Welding Costs Cost Estimation Weld Metal Cost Factors for Cost Formulas Comparing Weld Metal Costs Other Useful Formulas Chapter 20 Testing and Inspection of Welds Introduction Quality Control Discontinuities and Defects Destructive Testing Nondestructive Testing Chapter 21 Welder Certification Introduction Qualified and Certified Welders AWS Entry-Level Welder Qualification and Welder Certification Welding Skill Development Welder Qualification and Certification Test Instructions for Practices Dimensional Tolerances Dimensional Tolerances Layout, Assembly, and Fabrication of Weldments Performance Qualification Test Record Chapter 22 Railroad Welding Introduction Rail Types Continuous Welded Track Rail Repairs Gouging Cracks Rail Ends Arc Welding (AW) Flash Welding (FW) Thermite Welding (TW) SECTION 6 RELATED PROCESSES AND TECHN0LOGY Chapter 23 Welding Metallurgy Introduction Heat, Temperature, and Energy Mechanical Properties of Metal Structure of Matter Crystalline Structures of Metal Phase Diagrams Strengthening Mechanisms Heat Treatments Associated with Welding Thermal Effects Caused by Arc Welding Gases in Welding Metallurgical Defects Chapter 24 Weldability of Metals Introduction Steel Classification and Identification Carbon and Alloy Steels Tool Steel High-Manganese Steel Low-Alloy, High-Tensile Strength Steels Stainless Steels Chromium-Molybdenum Steel Cast Iron Copper and Copper Alloys Aluminum Weldability Titanium Magnesium Repair Welding Chapter 25 Filler Metal Selection Introduction SMAW Operating Information Core Wirer Functions of the Flux Covering Filler Metal Selection AWS Filler Metal Classifications Carbon Steel Aluminum and Aluminum Alloys Chapter 26 Welding Automation and Robotics Introduction Manual Joining Process Semiautomatic Joining Processes Machine Joining Processes Automatic Joining Processes Automated Joining Industrial Robots Future Automation Chapter 27 Other Welding Processes Introduction Resistance Welding (RW) Electron Beam Welding (EBW) Ultrasonic Welding (USW) Inertia Welding Process Laser Welding (LBW) Plasma-Arc Welding Process (PAW) Stud Welding (SW) Hardfacing Thermal Spraying (THSP) Cold Welding (CW) SECTION 7 OXYFUEL Chapter 28 Oxyfuel Welding and Cutting Equipment Setup, and Operation Introduction Pressure Regulators Welding and Cutting Torches Design and Service Welding and Heating Tips Reverse Flow and Flashback Valves Hoses and Fittings Backfires and Flashbacks Types of Flames Leak Detection Manifold Systems Safety Chapter 29 Oxyfuel Gases and Filler Metals Introduction Fuel Gases Flame Rate of Burning Acetylene (C2H2) Liquefied Fuel Gases Pressure Methylacetylene-Propadiene (MPS) Propane and Natural Gas Hydrogen Filler Metals Mild Steel Chapter 30 Oxyacetylene Welding Introduction Mild Steel Welds Outside Corner Joint Butt Joint Lap Joint Tee Joint Out-of-Position Welding Vertical Welds Butt Joint Lap Joint Tee Joint Horizontal Welds Horizontal Stringer Bead Butt Joint Lap Joint Tee Joint Overhead Welds Stringer Bead Mild Steel Pipe and Tubing Horizontal Rolled Position 1G Horizontal Fixed Position 5G Vertical Fixed Position 2G 45° Fixed Position 6G Thin-Wall Tubing Chapter 31 Soldering, Brazing, and Braze Welding Introduction Advantages of Soldering and Brazing Physical Properties of the Joint Fluxes Soldering and Brazing Methods Filler Metals Joint Design Building Up Surfaces and Filling Holes Soldering APPENDIX I. Conversion of Decimal Inches to Millimeters and Fractional Inches to Decimal Inches and Millimeters II. Conversion Factors: U.S. Customary (Standard) Units and Metric Units (SI) III. Abbreviations and Symbols IV. Metric Conversions Approximations V. Pressure Conversion VI. Structural Metal Shape Designations VII. Welding Codes and Specifications VIII. Welding Associations and Organizations GLOSSARY INDEX |
