Current pressure vessel problems: a compilation of problems and needs in the analysis, design and manufacture of pressure vessels
Institution of Mechanical Engineers, 1968 - Pressure vessels - 13 pages
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anisotropy beam welding BEHAVIOUR OF COMPONENTS BIRDCAGE WALK British Standards Institution brittle fracture collaborative collapse compilation of problems computational methods computer programmes contributors cost creep deformation creep range criteria criterion CURRENT PRESSURE VESSEL cyclic deformation design methods design procedures ditions ductile effect elastic analysis Electron beam welding existing knowledge expensive experimental fabrication fatigue and creep fatigue data field of pressure flange geometry high-cycle high-temperature design Institution of Mechanical interim statement investigation lbf/in2 limit analysis low-cycle fatigue manufacture of pressure material behaviour material data material properties material test modes of failure multiaxial stress necessary organiza organizations particular plastic plastic deformation plate ponent possible modes predicted pressure vessel design PRESSURE VESSEL PROBLEMS PROBLEMS A compilation shakedown and limit shakedown concept shakedown load specimens strain-hardening stress concentration factor stress-strain curves structural studies suggested temperature tensile data thick tion typical components uniaxial Welding Institute yield strength yield to ultimate