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WRC - BULLETIN 40

DESIGN OF A THIN-WALLED CYLINDRICAL PRESSURE VESSEL BASED UPON THE PLASTIC RANGE AND CONSIDERING ANISOTROPHY

active, Most Current
Organization: WRC
Publication Date: 1 May 1958
Status: active
scope:

Various methods and theories of failure have been used to determine the wall thickness of pressure vessels.These theories and methods are based upon simple tensile yield strength or ultimate strength and have been thoroughly reviewed by Burrows. In using simple tensile yield or ultimate strengths but with different ductilities are equally satisfactory to the designer. In other words, the determination of the failure load for a pressure vessel should consider the plastic stress-strain behavior of the material to failure. This paper develops a theory for finding the wall thickness of a thin-walled cylindrical pressure vessel based upon the plastic range and so-called "instability" or maximum pressure that can be produced in the vessel.

Document History

BULLETIN 40
May 1, 1958
DESIGN OF A THIN-WALLED CYLINDRICAL PRESSURE VESSEL BASED UPON THE PLASTIC RANGE AND CONSIDERING ANISOTROPHY
Various methods and theories of failure have been used to determine the wall thickness of pressure vessels.These theories and methods are based upon simple tensile yield strength or ultimate strength...
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