Nano-indentation has been used to assess the hardness of equiaxed grains of α-Ti as a function of orientation. Surface normals of these grains in metallographic sections were assessed using orientation imaging microscopy. Thin membranes of material from below a series of nano-indentations were excised by use of a dual-beam focused ion beam instrument. In this way, the dislocation substructures beneath individual indentations were characterized using transmission electron microscopy, permitting an identification of both statistically stored and geometrically necessary dislocations
Nanotwinned (nt) materials exhibit excellent mechanical properties, and have been attracting much mo...
We have studied three-dimensional (3D) configurations of dislocations in the β phase of a Ti-35mass%...
The mechanical behavior of a metastable stainless steel is studied by spherical nanoindentation, as ...
This study combines nanoindentation, electron backscatter diffraction (EBSD) and crystal plasticity ...
We present a study about the dependence of the evolution of orientation patterns around nanoindents ...
International audienceNanoindentation and electron backscattered diffraction (EBSD) techniques were ...
Nano-indentations into Ti3SiC2 grains with their basal planes either oriented parallel or perpendicu...
Nano-indentations into Ti3SiC2 grains with their basal planes either oriented parallel or perpendicu...
We have studied three-dimensional (3D) configurations of dislocations in the β phase of a Ti–35mass...
AbstractThe increased spatial resolution of a new characterization technique, precession electron di...
Using nanoindentation we have investigated the local strain rate sensitivity in dual-phase Ti alloys...
AbstractUsing nanoindentation we have investigated the local strain rate sensitivity in dual-phase T...
Using nanoindentation we have investigated the local strain rate sensitivity in dual-phase Ti alloys...
Ultra-fine grained materials with sub-micrometer grain size exhibit superior mechanical properties w...
Different microstructures were generated in the Ti–45Al–4.6Nb–0.2B–0.2C and Ti–45Al–1Cr alloys (at.%...
Nanotwinned (nt) materials exhibit excellent mechanical properties, and have been attracting much mo...
We have studied three-dimensional (3D) configurations of dislocations in the β phase of a Ti-35mass%...
The mechanical behavior of a metastable stainless steel is studied by spherical nanoindentation, as ...
This study combines nanoindentation, electron backscatter diffraction (EBSD) and crystal plasticity ...
We present a study about the dependence of the evolution of orientation patterns around nanoindents ...
International audienceNanoindentation and electron backscattered diffraction (EBSD) techniques were ...
Nano-indentations into Ti3SiC2 grains with their basal planes either oriented parallel or perpendicu...
Nano-indentations into Ti3SiC2 grains with their basal planes either oriented parallel or perpendicu...
We have studied three-dimensional (3D) configurations of dislocations in the β phase of a Ti–35mass...
AbstractThe increased spatial resolution of a new characterization technique, precession electron di...
Using nanoindentation we have investigated the local strain rate sensitivity in dual-phase Ti alloys...
AbstractUsing nanoindentation we have investigated the local strain rate sensitivity in dual-phase T...
Using nanoindentation we have investigated the local strain rate sensitivity in dual-phase Ti alloys...
Ultra-fine grained materials with sub-micrometer grain size exhibit superior mechanical properties w...
Different microstructures were generated in the Ti–45Al–4.6Nb–0.2B–0.2C and Ti–45Al–1Cr alloys (at.%...
Nanotwinned (nt) materials exhibit excellent mechanical properties, and have been attracting much mo...
We have studied three-dimensional (3D) configurations of dislocations in the β phase of a Ti-35mass%...
The mechanical behavior of a metastable stainless steel is studied by spherical nanoindentation, as ...