Add to ORKGI have been asked to discuss with you today the manner in which residual stresses affect the design and fabrication of engineering structures, and their field service. This really reduces to a consideration of what happens to the mechanical properties and characteristics of various materials, and structures made from them, when the residual stresses that they might contain are not relieved
Residual stress is the stress present in a fixed reference placement in which the body is at rest in...
When manufacturing built-up structures different operations like joining, forming and casting will i...
AbstractNormally all manufacturing and fabrication processes introduce residual stresses in a compon...
Presence of residual stresses in a component either improves or impairs its service life, depend...
There are two kinds of stresses that an object may be subjected to: (a) Applied Stresses - which ...
Residual stresses occur in many manufactured structures and components. Large number of investigatio...
Residual stress is the stress that remains stored within a structure as a result of its manufacturin...
Residual stress can be found in engineering components as a result of non-uniform plastic strain int...
A good description of residual stress is a key to the accurate structural integrity assessment of an...
The accurate determination of residual stresses has a crucial role in understanding the complex inte...
Residual stresses are a common and often undesired result of material processing, introduced through...
Welding is a joining process that leads to considerable change in the local material and the formati...
It’s 1953 and Roy Woodward is a 25-year-old engineer trying to find an explanation for the causes of...
This paper presents an original approach in mechanical design to integrate the manufacturing constra...
Residual stresses are those stresses remaining in a part after all manufacturing operations are comp...
Residual stress is the stress present in a fixed reference placement in which the body is at rest in...
When manufacturing built-up structures different operations like joining, forming and casting will i...
AbstractNormally all manufacturing and fabrication processes introduce residual stresses in a compon...
Presence of residual stresses in a component either improves or impairs its service life, depend...
There are two kinds of stresses that an object may be subjected to: (a) Applied Stresses - which ...
Residual stresses occur in many manufactured structures and components. Large number of investigatio...
Residual stress is the stress that remains stored within a structure as a result of its manufacturin...
Residual stress can be found in engineering components as a result of non-uniform plastic strain int...
A good description of residual stress is a key to the accurate structural integrity assessment of an...
The accurate determination of residual stresses has a crucial role in understanding the complex inte...
Residual stresses are a common and often undesired result of material processing, introduced through...
Welding is a joining process that leads to considerable change in the local material and the formati...
It’s 1953 and Roy Woodward is a 25-year-old engineer trying to find an explanation for the causes of...
This paper presents an original approach in mechanical design to integrate the manufacturing constra...
Residual stresses are those stresses remaining in a part after all manufacturing operations are comp...
Residual stress is the stress present in a fixed reference placement in which the body is at rest in...
When manufacturing built-up structures different operations like joining, forming and casting will i...
AbstractNormally all manufacturing and fabrication processes introduce residual stresses in a compon...