Pressure Vessel Technology: Materials, fabrication, and inspectionAmerican Society of Mechanical Engineers, 1973 - Pressure vessels |
Common terms and phrases
acoustic emission amplitude analysis applied arrest beam behavior bending brittle calculated Code compared components concentration considered constant crack crack propagation critical curve cycles cyclic cylinder defect determined developed diameter direction effect elastic element energy equal equation evaluation experimental experiments factor failure fatigue fatigue crack fatigue strength fatigue tests Figure flaw fracture fracture toughness geometry give given heat higher increase indicate initial internal joint length limit load material maximum means measured metal method normal notch nozzle observed obtained occur percent performed pipe plane plastic plate possible predicted present pressure vessel problem procedure properties range ratio reduced region relation shear shell shown in Fig shows specimens steel strain strength stress stress intensity structure surface Table temperature thickness tion transducer tube weld wide yield zone