First International Conference on Pressure Vessel Technology: Design and analysisAmerican Society of Mechanical Engineers, 1969 - Pressure vessels |
Contents
PLASTICITY | 1 |
OPENINGS AND ATTACHMENTS | 89 |
PLATES WITH A DOUBLYPERIODIC PATTERN OF CIRCULAR | 551 |
Copyright | |
Common terms and phrases
analysis applied ASME axial axisymmetric behavior bolt boundary conditions buckling calculated circumferential coefficients components conical coordinate curve cylinder cylindrical shell deflection deformation determined diameter displacement vector Dodewaard edge effect elastic elastic-plastic element equations experimental factor finite-element flange force function gauges geometry hole hoop stress increments initial inner internal pressure kgf/cm² knuckle lbf/in limit pressure linear load longitudinal material matrix maximum Mech membrane stress ment meridional method models nonlinear nozzle obtained outer parameter percent perforated photoelastic plane plastic plastic deformation plate Poisson's ratio Pressure Vessel pretightening problem radial displacement radius ratio reinforcement ring rotation shear Shells of Revolution shown in Fig solution spherical shell steel strain strain gauges stress concentration stress distribution structure surface tangent temperature theoretical theory thickness tion toroidal tube tubesheet values vector weld yield stress yield surface Young's modulus