Autofrettage is a metal forming technique widely incorporated for strengthening the thick-
walled cylindrical and spherical pressure vessels. The technique is based on the principle of …

This paper aims to investigate the effect of pitting corrosion on stress concentration factor
(SCF) for a spherical pressure vessel subjected to internal pressure. Stress concentration at …

The main objective of this paper is to review various types of methods, formulae, and
theories used for the calculation of burst strength of pressure vessel. The pressure at which …

When cylindrical and spherical vessels are subjected to the internal pressure, tensile
tangential stresses are created throughout the thickness, the maximum of which are located …

The stress function approach is revisited for the inverse determination of residual stresses
and eigenstrains from limited pointwise data in spherically symmetric stress state. The robust …

This paper investigates the dynamic responses of spinning FG GPLs reinforced with a
nanocomposite sandwich cylindrical shell based on a magnetorheological elastomer (MRE) …

The existing tensile–compression elastoplastic models are not suitable for varies of
materials. An accurate constitutive model of the elastoplastic mechanical properties more …

Many scenarios in geotechnical engineering involve cavity unloading from a loaded state
under different boundary conditions, especially for thick-walled cylinder tests in laboratory …

The application of the complex variable finite element method, ZFEM, to structures
containing residual stresses is detailed. A thick-walled sphere model is subjected to an …

In this research work, the creep of thick-walled cylindrical vessels made of FGM with
autofrettaged-treated was investigated using the analytical method. At different plastic …