Machining introduces a large amount of plastic deformation in the workpiece material and chip. This plastic strain is nonuniform, and therefore residual stresses are induced in the workpiece surface and subsurface throughout, and slightly below, the depth of plastic deformation. Thus, residual stresses are often an undesirable but unavoidable byproduct of machining. It is known that the mechanism of plastic deformation in metal is dislocation movement
Composite materials have received wide-spread attention because of their enhanced mechanical propert...
Many researchers have used Rayleigh wave dispersion measurements to examine surface and subsurface m...
Several ultrasonic wave mechanics models which are based on the effective elastic properties of the ...
Mechanical properties of materials are significantly affected by changes in the surface microstructu...
Nondestructive testing is a vital tool in the effort to ensure the quality of mechanically highly-lo...
Control of texture (preferred crystallographic orientation) is an important step in ensuring that st...
High temperature composites have potential for significant performance improvement and weight reduct...
Since first demonstrated by Stickels and Mould [1], there has been ample evidence that some elastic ...
The use of composite materials has increased steadily during the past two decades, particularly for ...
Performance of many engineering components depends to a large extent on their near surface character...
Composite materials are currently seeing wider use in the aerospace and automobile industries. Compo...
Most if not all materials undergo deterioration of their mechanical properties during service throug...
Ultrasonic signals transmitted through a plate by shear waves in weakly anisotropic materials are us...
Pipes and pressure vessels are often subjected to operating environments where corrosion can degrade...
Since first developed by Lemons and Quate in 1973 [1], scanning acoustic microscopy has been able to...
Composite materials have received wide-spread attention because of their enhanced mechanical propert...
Many researchers have used Rayleigh wave dispersion measurements to examine surface and subsurface m...
Several ultrasonic wave mechanics models which are based on the effective elastic properties of the ...
Mechanical properties of materials are significantly affected by changes in the surface microstructu...
Nondestructive testing is a vital tool in the effort to ensure the quality of mechanically highly-lo...
Control of texture (preferred crystallographic orientation) is an important step in ensuring that st...
High temperature composites have potential for significant performance improvement and weight reduct...
Since first demonstrated by Stickels and Mould [1], there has been ample evidence that some elastic ...
The use of composite materials has increased steadily during the past two decades, particularly for ...
Performance of many engineering components depends to a large extent on their near surface character...
Composite materials are currently seeing wider use in the aerospace and automobile industries. Compo...
Most if not all materials undergo deterioration of their mechanical properties during service throug...
Ultrasonic signals transmitted through a plate by shear waves in weakly anisotropic materials are us...
Pipes and pressure vessels are often subjected to operating environments where corrosion can degrade...
Since first developed by Lemons and Quate in 1973 [1], scanning acoustic microscopy has been able to...
Composite materials have received wide-spread attention because of their enhanced mechanical propert...
Many researchers have used Rayleigh wave dispersion measurements to examine surface and subsurface m...
Several ultrasonic wave mechanics models which are based on the effective elastic properties of the ...