Welding handbook . volume 3 , Resistance an solid-state welding and other joining processes

목차 (Table of Contents)

• CONTENTS
• Welding Handbook Committee = ⅸ
• Preface = xi
• Chapter 1, Spot, Seam, and Projection Welding = 1
• Fundamentals of the Processes = 2
• Equipment = 11
• Surface Preparation = 14
• Spot Welding = 16
• Seam Welding = 23
• Projection Welding = 28
• Metals Welded = 38
• Weld Quality = 43
• Quality Control = 47
• Safety = 53
• Supplementary Reading List = 55
• Chapter 2, Flash, Upset, and Percussion Welding = 57
• Flash Welding = 58
• Upset Welding = 76
• Percussion Welding = 82
• Safety = 88
• Supplementary Reading List = 90
• Chapter 3, Resistance Welding Equipment = 91
• Introduction = 92
• Spot and Projection Welding Machines = 93
• Roll Spot and Seam Welding Machines = 100
• Flash and Upset Welding Machines = 105
• Resistance Welding Controls = 110
• Electrical Characteristics = 120
• Electrodes and Holders = 124
• PowerSupply = 138
• Safety = 140
• Supplementary Reading List = 143
• Chapter 4, High Frequency Welding = 145
• Fundamentals of the Process = 146
• Process Variations = 150
• Advantages and Limitations = 153
• Applications = 154
• Equipment = 158
• Welding Procedures = 162
• Weld Quality = 163
• Safety = 165
• Supplementary Reading List = 167
• Chapter 5, Electron Beam Welding = 169
• Fundamentals of the Process = 170
• Characteristics of Welds = 177
• Equipment = 180
• Welding Procedures = 196
• Selection of Welding Variables = 199
• Metals Welded = 201
• Applications = 204
• Weld Quality = 206
• Safe Practices = 213
• Supplementary Reading List = 215
• Chapter 6, Laser Beam Welding and Cutting = 217
• Fundamentals of the Process = 218
• Laser Welding = 223
• Laser Beam Cutting and Drilling = 232
• Safety = 236
• Supplementary Reading List = 238
• Chapter 7, Friction Welding = 239
• Fundamentals of the Process = 240
• Friction Welding Machines = 246
• Welding Procedures = 253
• Weld Quality = 255
• Applications = 257
• Safety = 258
• Supplementary Reading List = 261
• Chapter 8, Explosion Welding = 263
• Fundamentals of the Process = 264
• Applications = 268
• Welding Procedures = 272
• Process Variables = 273
• Joint Quality = 274
• Safety = 277
• Supplementary Reading List = 278
• Chapter 9, Ultrasonic Welding = 279
• Fundamentals = 280
• General Applications = 284
• Equipment = 289
• Joining Procedures = 296
• Process Variables = 298
• Weld Quality = 300
• Safety = 309
• Supplementary Reading List = 310
• Chapter 10, Diffusion Welding and Brazing = 311
• Fundamentals of the Processes = 312
• Surface Preparation = 316
• Diffusion Welding = 317
• Diffusion Brazing = 324
• Applications = 325
• Inspection = 334
• Supplementary Reading List = 335
• Chapter 11, Adhesive Bonding of Metals = 337
• Fundamentals of the Process = 338
• Adhesives = 344
• Joint Design = 350
• Sandwich Construction = 355
• Surface Preparation = 356
• Assembly and Cure = 358
• Quality Control = 361
• Safe Practices = 363
• Supplementary Reading List = 365
• Chapter 12, Thermal Spraying = 367
• Fundamentals of the Process = 368
• Flame Spraying = 369
• Plasma Spraying = 372
• Arc Spraying = 375
• Detonation Flame Spraying = 377
• Preparation for Spraying = 378
• Fused Spray Deposits = 379
• Post-Treatments = 381
• Surface Finishing = 382
• Quality Control = 383
• Properties = 384
• Applications = 388
• Safety = 390
• Supplementary Reading List = 393
• Chapter 13, Other Welding Processes = 395
• Thermit Welding = 396
• Cold Welding = 405
• Hot Pressure Welding = 416
• Carbon Arc Welding = 427
• Bare Metal Welding = 430
• Atomic Hydrogen Welding = 431
• Supplementary Reading List = 432
• Index of Major Subjects = 433
• Index = 445