## Design analysis, robust methods, and stress classification: presented at the 1993 Pressure Vessels and Piping Conference, Denver, Colorado, July 25-29, 1993, Volume 265 |

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### Contents

PRESSURE VESSELS AND PIPING IN INDUSTRY | 1 |

ROBUST APPROXIMATE METHODS OF COMPUTATION | 87 |

Full Scale Dynamic Fracture Testing of Degraded Pipe | 109 |

Copyright | |

6 other sections not shown

### Common terms and phrases

allowable pressure allowable stress application ASME ASME Code axial bending stress buckling C-pipe calculated circumferential Classification ASME 1993 compensation method components corrosion crack creep cycles cylinder database defined deformation diameter displacement Division dynamic relaxation dynamic stress eigenvalue elastic compensation elastic modulus elbows elevated temperatures engineering equation evaluated factor fatigue Figure finite element analysis flange frequencies geometry GLOSS hoop stress inner core internal pressure iteration Je/p laminated linear elastic material matrix mechanical membrane stress minimum modulus node nonlinear nozzle obtained OODBMS optimal parameters percent PIRG plate Poisson's ratio Pressure Vessel primary stresses problem PVP-Vol r-node radial radius reactor reinforcing rings ring-reinforced bellows sample head Section shakedown shakedown load shear loads shell shown in Fig simulation solution stainless steel strain strength Stress Classification ASME stress field stress intensity structure tank vector wall thickness weld yield yield strength