## Developments in stress analysis for pressurised components |

### What people are saying - Write a review

We haven't found any reviews in the usual places.

### Contents

Analysis of PadReinforced Spherical Pressure Vessel with | 49 |

Experiments on Spherical Pressure Vessels with PadReinforced | 67 |

A Collocation Method for Stress Analysis of Shells Using Finite | 99 |

Copyright | |

5 other sections not shown

### Common terms and phrases

applied Araldite Araldite pad ASME assumed axial axisymmetric base shell behaviour bending stresses bolt tightening force bolt-tightening boundary conditions branch thickness calculated circumferential co-ordinates coefficients components creep deformations cylindrical shell displacement functions edge eqns equilibrium experimental results finite element analysis finite element method flange rings Fourier series gap elements gasket face gasket layers geometry given increments inner shell integral reinforcement intersection lbf/in2 linear loading steps lower flange main shell maximum meridional meridional stresses nodes non-linear nozzle obtained pad reinforcement parameters piping Poisson's ratio predicted pressure loading pressure vessel pressurisation problem procedure radial displacement raised surface gauges ratio reference reinforcing pad rigid ring approach rotations satisfy seismic analysis shells of revolution shown in Fig solution spherical shell strain gauge stress concentration stress distributions stress resultants theoretical theory thick vessel thin shell unit length University of Manchester unsymmetrical loading values vector vessel flanges weld yield Young's modulus