The loading and residual stresses measured by using X-ray stress measurment depend on diffraction plane. In order to make clear its cause, the several models on elastic and plastic deformations are developed and the theoretical values are compared with measured ones. It was found that the dependencies of measured stress on the diffraction plane can be explaned by accepting Reuss's model for elastic deformation and Taylor's model for plastic deformation
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
Residual stresses In the stress measurement using X-ray or neutron diffraction, an elastic anisotrop...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
Diffraction strain/stress analysis has been widely used in the determination of residual and applied...
Diffraction methods are commonly used for the determination of the elastic lattice deformation and d...
The distortion of the crystal lattices in a metal under stress has provided a valuable means of stud...
AbstractA methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replic...
Ordinarily, when one thinks of determining stresses in structural members, he is reminded of strain ...
X-ray (and neutron) diffraction can be used for the non-destructive analysis of residual and load st...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
Residual stresses In the stress measurement using X-ray or neutron diffraction, an elastic anisotrop...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
Diffraction strain/stress analysis has been widely used in the determination of residual and applied...
Diffraction methods are commonly used for the determination of the elastic lattice deformation and d...
The distortion of the crystal lattices in a metal under stress has provided a valuable means of stud...
AbstractA methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replic...
Ordinarily, when one thinks of determining stresses in structural members, he is reminded of strain ...
X-ray (and neutron) diffraction can be used for the non-destructive analysis of residual and load st...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
In the stress measurement using X-ray or neutron diffraction, an elastic anisotropy as well as a pla...
Residual stresses In the stress measurement using X-ray or neutron diffraction, an elastic anisotrop...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...