In optimal design of pressurised thick-walled cylinders, an increase in the allowable internal pressure can be achieved by an autofrettage process. An analysis is carried out on plain cylinders by using the von Mises and Tresca yield criteria to develop a procedure in which the autofrettage pressure is determined analytically, resulting in a reduced stress distribution. A validation by a numerical simulation shows that the analytical and numerical simulations correlate well in terms of trend and magnitude of stresses
It is proposed to conduct stress analysis of a thick walled cylinder near the radial hole on the sur...
It is proposed to conduct stress analysis of thick walled cylinder and composite tubes(Shrink fits) ...
This dissertation proposes a novel analytical approach for elastic plastic analysis of thick wall cy...
In optimal design of thick-walled cylinder, there are two main objectives to be achieved, increasing...
High pressure vessels such as gun barrels are autofrettaged in order to increase their operating pre...
In optimal design of thick-walled cylinders, there are two main objectives to be achieved: increasin...
The effect of autofrettage on the stress level in thick-walled cylinders with a radial cross-bore is...
High pressure vessels such as gun barrels are autofrettaged in order to increase their operating pr...
The effect of autofrettage on thick-walled cylinders, operating under high internal pressure, has be...
The autofrettage technique is an effective and important measure to improve load-bearing capacity an...
WOS: 000468368400022Autofrettage is the process of residual stress formation on the walls of the thi...
This paper focuses on pressurized thick-walled cylinders with nonlinear strain-hardening behavior. A...
The effect of autofrettage process in strain hardened thick-walled pressure vessels has been investi...
This paper focuses on pressurized thick-walled cylinders with nonlinear strain-hardening behavior. A...
High pressure apparatus is widely used in industries, the design of them depends on stress distribut...
It is proposed to conduct stress analysis of a thick walled cylinder near the radial hole on the sur...
It is proposed to conduct stress analysis of thick walled cylinder and composite tubes(Shrink fits) ...
This dissertation proposes a novel analytical approach for elastic plastic analysis of thick wall cy...
In optimal design of thick-walled cylinder, there are two main objectives to be achieved, increasing...
High pressure vessels such as gun barrels are autofrettaged in order to increase their operating pre...
In optimal design of thick-walled cylinders, there are two main objectives to be achieved: increasin...
The effect of autofrettage on the stress level in thick-walled cylinders with a radial cross-bore is...
High pressure vessels such as gun barrels are autofrettaged in order to increase their operating pr...
The effect of autofrettage on thick-walled cylinders, operating under high internal pressure, has be...
The autofrettage technique is an effective and important measure to improve load-bearing capacity an...
WOS: 000468368400022Autofrettage is the process of residual stress formation on the walls of the thi...
This paper focuses on pressurized thick-walled cylinders with nonlinear strain-hardening behavior. A...
The effect of autofrettage process in strain hardened thick-walled pressure vessels has been investi...
This paper focuses on pressurized thick-walled cylinders with nonlinear strain-hardening behavior. A...
High pressure apparatus is widely used in industries, the design of them depends on stress distribut...
It is proposed to conduct stress analysis of a thick walled cylinder near the radial hole on the sur...
It is proposed to conduct stress analysis of thick walled cylinder and composite tubes(Shrink fits) ...
This dissertation proposes a novel analytical approach for elastic plastic analysis of thick wall cy...