Use of the Computer in Pressure Vessel Analysis: Papers and Discussions |
Contents
LARGE DEFLECTIONS AND STABILITY OF SHELLS OF REVOLUTION | 1 |
PROJECT STORE STRUCTURES ORIENTED RETRIEVABLE | 26 |
USE OF THE COMPUTER FOR THE ELASTIC ANALYSIS | 50 |
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Common terms and phrases
analysis of pressure Analysis of Shells Applied Mechanics approximations ASME axial Axisymmetric behavior bodies of revolution boundary conditions buckling calculated CIRCUMFERENTIAL clamped collapse pressure computer programs creep strain cylinder cylindrical shell deformation developed differential equations digital computer displacement EFFECTIVE STRESS elastic solution elastic-plastic Evan-Iwanowski experimental finite difference Finite Element Analysis finite element method Flight Dynamics geometry hypersurface information space input internal pressure Kalnins limit analysis linear programming Load deflection curves lower bound Marcal Matrix maximum Mech nondimensional Nonlinear programming numerical procedure obtained P-8 curve parameter perfectly plastic plate pressure vessel purpose program radius Rashid Report Research ring loading Shallow Spherical Shells shell under internal Shells of Revolution shown in Figure solved spherical cap steady creep strain hardening Stress Analysis stress strain relations Structural symmetric techniques thick thin shell time-shared tion torispherical shell transient creep upper bound solutions yield criterion