A new methodology for strain and stress analysis by X ray diffraction (XRD) in single crystal was developed. It can be applied to determine the second order stress (in grain scale) in single and multi-crystal material with non-cubic lattice. This method is based on the method Ortner I. It has introduced the metric tensor G which is deduced from the lattice space measured by XRD. In the developed method, when the crystal reference is non-orthonormal, an orthonormal reference associated with the crystal basis is defined, so all calculation could be done with usual calculation laws. The use of the least square method allows the acquisition of many more measurements than the six absolute necessary. Then a better metric tensor G is calculated an...
AbstractA methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replic...
In the present paper, to provide information on the stress measurement in coarse grained materials b...
A methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replicating in...
A new methodology for strain and stress analysis by X ray diffraction (XRD) in single crystal was de...
X-ray (and neutron) diffraction can be used for the non-destructive analysis of residual and load st...
Diffraction methods are commonly used for the determination of the elastic lattice deformation and d...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
The multireflection grazing-incidence X-ray diffraction method is used to test surface stresses at d...
Micromechanical modelling was widely developed during the past 20 years as they enable ones to make ...
X-ray diffraction is a non-destructive method frequently used in materials science to analyse the st...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
The thesis reports improvements in the characterization techniques for stress and texture in crystal...
The knowledge of strains and stresses is important for a better understanding of the materials prope...
X-ray stress analyses on crystalline or partially crystalline materials are based on the determinati...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
AbstractA methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replic...
In the present paper, to provide information on the stress measurement in coarse grained materials b...
A methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replicating in...
A new methodology for strain and stress analysis by X ray diffraction (XRD) in single crystal was de...
X-ray (and neutron) diffraction can be used for the non-destructive analysis of residual and load st...
Diffraction methods are commonly used for the determination of the elastic lattice deformation and d...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
The multireflection grazing-incidence X-ray diffraction method is used to test surface stresses at d...
Micromechanical modelling was widely developed during the past 20 years as they enable ones to make ...
X-ray diffraction is a non-destructive method frequently used in materials science to analyse the st...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
The thesis reports improvements in the characterization techniques for stress and texture in crystal...
The knowledge of strains and stresses is important for a better understanding of the materials prope...
X-ray stress analyses on crystalline or partially crystalline materials are based on the determinati...
The loading and residual stresses measured by using X-ray stress measurment depend on diffraction pl...
AbstractA methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replic...
In the present paper, to provide information on the stress measurement in coarse grained materials b...
A methodology to simulate X-ray diffraction lattice strains using crystal plasticity, replicating in...