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CAUSES OF SERVICE FAILURES
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347 stainless steel alloy steel aluminum arc strikes ASME ASTM austenitic backing ring base metal boiler tubing British Welding brittle failures carbon steel carbon steel pipe caused copper Cross section decarburization diameter ductility effect electrodes embrittlement example fabrication factors fatigue tests ferrite fracture galvanic corrosion grain boundaries graphitization Grosskesselbesitzer heat treatment heat-affected zone hot cracking hot shortness hydrogen hydrogen damage hydrogen embrittlement illustrated in Fig inside lack of penetration low-alloy steel Magnification mechanical fatigue metal-arc welding metallurgical normally notch nozzle occurred operating oxidation perature pipe section pipe weld piping materials piping system preheat pressure vessels radiographic reduced rupture service failures severe shown in Fig stainless steel stainless steel pipe steel weld stress relieving stress-corrosion cracking superheater Suppl surface susceptible tanks tensile thermal fatigue tion transition temperature Type 347 stainless valve vessel or piping vessels and piping wall thickness weld deposit weld joint weld metal welding process