The lattice strains of individual grains are measured in an Al-Li alloy, AA 2195, using high-energy X-ray diffraction at a synchrotron source. The diffraction of individual grains in this highly textured production alloy was isolated through use of a depth-defining aperture. It is shown that hydrostatic stress, and in turn the stress triaxiality, can vary significantly from grain to grain
White X-ray microbeam diffraction was applied to investigate the microscopic deformation behavior of...
Triaxial strain scanning has been performed on a 7mm thick 7150-aluminium alloy Variable Polarity Pl...
An X-ray microdiffraction dedicated beamline, combining white and monochromatic beam capabilities, ...
The AlSi10Mg alloy produced by laser powder bed fusion (LPBF) possesses a novel microstructure and h...
The primary aim of this research was to develop and improve the experimental method and data interpr...
An understanding of the mechanical response of modern engineering alloys to complex loading conditio...
A new approach for lattice strain determination is proposed for analysis of three dimensional x-ray ...
Synchrotron X-ray microbeam diffraction was used to measure the full elastic long range internal str...
An understanding of the mechanical response of modern engineering alloys to complex loading conditio...
Deformation and internal stress distribution in polycrystalline materials depend upon interactions a...
Aluminum-lithium (Al-Li) alloys have inherently desirable properties such as increased specific stif...
The local stress distribution in the chip formation zone of the aluminium alloy Al2017 was analysed,...
An X-ray microdiffraction dedicated beamline, combining white and monochromatic beam capabilities, h...
The present work deals with the texture, dislocation and lattice strain evolution under uniaxial ten...
International audienceThree-dimensional X-ray diffraction was applied to characterize the strain/str...
White X-ray microbeam diffraction was applied to investigate the microscopic deformation behavior of...
Triaxial strain scanning has been performed on a 7mm thick 7150-aluminium alloy Variable Polarity Pl...
An X-ray microdiffraction dedicated beamline, combining white and monochromatic beam capabilities, ...
The AlSi10Mg alloy produced by laser powder bed fusion (LPBF) possesses a novel microstructure and h...
The primary aim of this research was to develop and improve the experimental method and data interpr...
An understanding of the mechanical response of modern engineering alloys to complex loading conditio...
A new approach for lattice strain determination is proposed for analysis of three dimensional x-ray ...
Synchrotron X-ray microbeam diffraction was used to measure the full elastic long range internal str...
An understanding of the mechanical response of modern engineering alloys to complex loading conditio...
Deformation and internal stress distribution in polycrystalline materials depend upon interactions a...
Aluminum-lithium (Al-Li) alloys have inherently desirable properties such as increased specific stif...
The local stress distribution in the chip formation zone of the aluminium alloy Al2017 was analysed,...
An X-ray microdiffraction dedicated beamline, combining white and monochromatic beam capabilities, h...
The present work deals with the texture, dislocation and lattice strain evolution under uniaxial ten...
International audienceThree-dimensional X-ray diffraction was applied to characterize the strain/str...
White X-ray microbeam diffraction was applied to investigate the microscopic deformation behavior of...
Triaxial strain scanning has been performed on a 7mm thick 7150-aluminium alloy Variable Polarity Pl...
An X-ray microdiffraction dedicated beamline, combining white and monochromatic beam capabilities, ...