Pressure Vessel Technology: DiscussionsAmerican Society of Mechanical Engineers, 1973 - Pressure vessels |
Contents
Interrelationships Between Mechanical Properties and the Significance of Defects | 3 |
Promise and Problem | 11 |
Fabrication of Pressure Vessels | 21 |
Copyright | |
15 other sections not shown
Common terms and phrases
A543 plates Alloy analysis application ASME ASTM Austenitized authors behavior bending Charpy-V CLOSURE Code components cooling crack growth Crack Propagation creep cycles cylinder defect developed Discussion ductility effect elastic electroslag electroslag weld elevated temperature energy Engineering equation experimental fabrication failure Figure finite element forgings fracture mechanics fracture toughness ft-lb heat treatment high pressure high strength internal pressure irradiation limited linear elastic load longitudinal material ment method Mo steel notch nozzle nuclear paper pipes plastic pressure vessels problem properties quenched and tempered radiation embrittlement range reactor reply residual stresses Section shell shown specimens Stainless Steel strain strength level STRENGTH RATIO stress intensity factor stress relief structure submerged arc welding surface technique tempered steels tensile strength Test Piece thermal thickness tion transition temperature trend curves tube ture U.S. Steel values velocity weld metal wire Yield Strength