Underwater Welding. Proceedings of the International Conference Held at Trondheim, Norway, 27–28 June 1983, under the Auspices of the International Institute of Welding

Content: 
Front Matter, Page iii
Copyright, Page iv
Other Pergamon Titles of Interest, Page v
PREFACE, Pages vi-vii
Welding Under Water and in the Splash Zone — a Review, Pages 2-3
Welding Under Water and in the Splash Zone — a Review, Pages 4-48
Technologies and Practices of Underwater Welding, Pages 49-70
The Metallurgy of Underwater Welding, Pages 71-94
Contrôle et comportement en service des soudures exécutées sous l'eau, Pages 95-112
Process Variables and Properties of Underwater Wet Shielded Metal Arc Laboratory Welds, Pages 115-120
Process Variables and Properties of Wet Underwater Gas Metal Arc Laboratory and Sea Welds of Medium Strength Steels, Pages 121-128
L'avenir des différents procédés pour le soudage en condition hyperbare, Pages 129-137
Underwater Dry TIG Welding Using Wire Brush Nozzle, Pages 139-146
Preliminary Experiment on Improvement of Underwater Wet Plasma Welds Using Filler Metals, Pages 147-154
The Effect of Pressure on the TIG Welding Process, Pages 155-161
Underwater Welding with Fluxed-cored Wire, Pages 163-170
Effect of Pressure on Arcs, Pages 171-178
Power Sources for a Wet Underwater Mechanized Electric Welding, Pages 179-187
Remote-controlled Underwater Welding in the Dry, Pages 191-198
Non-destructive Testing Under Water, Pages 199-206
Requirements to Underwater Welding and Weld Inspection — Qualification of Procedures and Personnel, Pages 207-211
User's Requirements and Control of Activities, Pages 213-220
An Overview of “Specifications for Underwater Welding” AWS D3.6, Pages 221-226
Mechanized Underwater Welding Using Austenitic Consumables, Pages 227-236
Effect of Pressure and Process Parameters on Weld Joint Properties of St E 36 and St E 47 Dry FCA-MAG Welds, Pages 239-246
Investigation of Magnetism and its Elimination in Submarine Pipelines, Pages 247-254
A Study on the Metallurgical Properties of Steel Welds with Underwater Gravity Welding, Pages 255-261
Prediction of Cooling Rate and Hardness of Base Metal in the Underwater Welding by Local Cavity Process, Pages 263-270
Cold Cracking Susceptibility of Welds Obtained by Wet Underwater Welding, Pages 271-276
Moisture Absorption of Basic Electrodes Under Pressure up to 33 bar, Pages 277-282
Sampling and Analysis of Welding Fumes and Gases Produced Under Experimental Hyperbaric Conditions, Pages 283-291
Gas Shielding Welding — The Reaction of Oxygen in Normal and Hyperbaric Environments, Pages 293-302
An Evaluation of the Fatigue Behavior in Surface, Habitat, and Underwater Wet Welds, Pages 303-310
The New Method of Mechanized Underwater Welding, Pages 311-317
Structural Strength of Underwater Welded Joints, Pages 319-330
Practical Application of Locally Drying Underwater Welding for Steel Pipes, Pages 333-340
Deep Hyperbaric Welding. Mechanization/Automation, Pages 341-348
Arc Plasma Underwater Cutting, Pages 349-354
Friction Welding Under Water, Pages 355-362
Procedure Development for Wet Welding on Submarine Pipelines, Pages 363-369
Mechanized Underwater Welding Application, Pages 371-380
Different Underwater Welding Repairs in Practice, Pages 381-387
AUTHOR INDEX, Pages 389-390
SUBJECT INDEX, Pages 391-394