The optimization of Ti–6Al–4V structures for impact loading events requires understanding of the effects of macrozones (or micro-texture) on the high strain rate behavior of Ti–6Al–4V. In this paper, electron backscatter diffraction analysis of the pre- and post-deformation microstructures from a Taylor impact specimen shows that macrozones have a significant effect on the activation of deformation twins in Ti–6Al–4V at very high strain rates
We have performed in-situ micropillar compression to investigate the local strain rate sensitivity o...
Whereas deformation twinning is known to be an important deformation mechanism for hexagonal materia...
The titanium alloy, Ti-6Al-4V is investigated to increase the current understanding of deformation i...
The optimization of Ti–6Al–4V structures for impact loading events requires understanding of the eff...
The core aim of this research project was to improve understanding of the effects of microstructure ...
We compare the dislocation substructure within macrozone and non-macrozone regions of hot-rolled Ti-...
International audienceThe impact toughness of two highly textured rolled plates of Ti–6Al–4V alloy w...
The macrotextures and microtextures produced during alpha + beta forging of Ti–10V–2Fe–3Al were cha...
The optimisation of compressor stage aerofoil and fan blade design remains an important area of tita...
The evolution of microstructure and texture during room temperature compression of commercially pure...
Two Ti–6Al–6V–2Sn alloys, with globular and lamellar microstructures, are deformed at 750 °C during ...
International audienceIn this paper Ti (T40) is deformed by interrupted in situ tensile tests. Twinn...
International audienceTransformation Induced Plasticity and Twinning Induced Plasticity (TWIP) titan...
This is the accepted manuscript. It is currently embargoed pending publication.Definitive evidence f...
Novel deformation structures of commercial pure (CP) Ti induced by equal channel angular pressing (E...
We have performed in-situ micropillar compression to investigate the local strain rate sensitivity o...
Whereas deformation twinning is known to be an important deformation mechanism for hexagonal materia...
The titanium alloy, Ti-6Al-4V is investigated to increase the current understanding of deformation i...
The optimization of Ti–6Al–4V structures for impact loading events requires understanding of the eff...
The core aim of this research project was to improve understanding of the effects of microstructure ...
We compare the dislocation substructure within macrozone and non-macrozone regions of hot-rolled Ti-...
International audienceThe impact toughness of two highly textured rolled plates of Ti–6Al–4V alloy w...
The macrotextures and microtextures produced during alpha + beta forging of Ti–10V–2Fe–3Al were cha...
The optimisation of compressor stage aerofoil and fan blade design remains an important area of tita...
The evolution of microstructure and texture during room temperature compression of commercially pure...
Two Ti–6Al–6V–2Sn alloys, with globular and lamellar microstructures, are deformed at 750 °C during ...
International audienceIn this paper Ti (T40) is deformed by interrupted in situ tensile tests. Twinn...
International audienceTransformation Induced Plasticity and Twinning Induced Plasticity (TWIP) titan...
This is the accepted manuscript. It is currently embargoed pending publication.Definitive evidence f...
Novel deformation structures of commercial pure (CP) Ti induced by equal channel angular pressing (E...
We have performed in-situ micropillar compression to investigate the local strain rate sensitivity o...
Whereas deformation twinning is known to be an important deformation mechanism for hexagonal materia...
The titanium alloy, Ti-6Al-4V is investigated to increase the current understanding of deformation i...