Design, analysis, components, fabrication and inspectionInstitution of Mechanical Engineers (Great Britain) Mechanical Engineering Publications Limited for the Institution of Mechanical Engineers, 1980 - Pressure vessels - 428 pages |
Contents
A review of current design formulae applied to high pressure aluminium alloy gas containers | 1 |
A structural design standard for solar power system components by I Berman A C Gangadharan | 11 |
The computer for a complete pressure vessel design by G Cusmai O Morocutti and F Conte | 20 |
Copyright | |
35 other sections not shown
Common terms and phrases
alloy analysis angle applied ASME austenitic axial beam behaviour bending bolt buckling calculated cent circumferential Code components crack creep curve cycles cyclic cylindrical shell defects deformation diameter displacement effect elastic elbow equations experimental fabrication fatigue finite element finite element analysis flange fracture fracture toughness gauge heat treatment hoop stress inner input inspection instability internal pressure layer load longitudinal longitudinal wave manufacturing material maximum measured Mech mechanical mesh method MN/m² N/mm² nozzle obtained outer parameters pipe plane plastic plate predicted pressure vessel problem procedure properties radial radius ratio reactor residual stress ring saddle shear shielding gas shown in Fig solution specimens steel strain strain gauges stress concentration stress intensity factor structure surface Table temperature tensile thermal tion toughness tube values vector wall thickness weld metal welded joint WRCB yield strength yield stress yield surface