Abstract
The effect of change of geometry on the limit pressure of a flush nozzle in a spherical pressure vessel is considered using the one-moment limited interaction surface. The method used is a lower-bound analysis which follows the change of geometry by a step-by-step procedure. The results are applicable for those parameters for which the three-hinge mechanism used in a previous analysis1 is valid. An Appendix investigates the problem of static admissibility.
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