yesThe loss of coherency of interphase boundaries in two-phase titanium alloys during deformation was analyzed. The energy of the undeformed interphase boundary was first determined by means of the van der Merwe model for stepped interfaces. The subsequent loss of coherency was ascribed to the increase of interphase energy due to absorption of lattice dislocations and was quantified by a relation similar to the Read-Shockley equation for low-angle boundaries in single-phase alloysBelgorod State Universit
An analysis of the shape strains produced by the martensitic ??? transformation in pure titanium ind...
Titanium alloys are used in the aero-spatial, energy and biomaterial industries among others and exh...
The diffusion anisotropy of intrinsic point defects is an important factor governing the behavior of...
The loss of coherency of interphase boundaries in two-phase titanium alloys during deformation was a...
Loss of coherency at interphaseα/β boundary in Ti-6Al-4V alloys during deformation at 800°
yesTi-6Al-4V is one of the major titanium-based alloy especially for creep purposes. The alloy is ge...
The mutual relationship between phases in two-phase titanium alloys, alpha(HCP) and beta(BCC), is su...
Ti-6Al-4V is one of the major titanium-based alloy especially for creep purposes. The alloy is gener...
The Ti-6Al-4V dual phase alloy samples were dynamic loaded by one-stage light gas gun experiment and...
The mutual relationship between phases in two phase titanium alloys, αHCP and βBBC, is such to have:...
The structure and energy associated with interfaces between the BCC and HCP lattices (β and α phase,...
It was shown that the deformation may result in either increasing or lowering of the boundaries miso...
Slip is the main plastic deformation mechanism in titanium alloys at room temperature. This is espec...
Although the interface phase in titanium alloys has recently been shown to be an artefact caused by ...
The microstructure evolution during solution treatment at (alpha+beta) two phase region and subseque...
An analysis of the shape strains produced by the martensitic ??? transformation in pure titanium ind...
Titanium alloys are used in the aero-spatial, energy and biomaterial industries among others and exh...
The diffusion anisotropy of intrinsic point defects is an important factor governing the behavior of...
The loss of coherency of interphase boundaries in two-phase titanium alloys during deformation was a...
Loss of coherency at interphaseα/β boundary in Ti-6Al-4V alloys during deformation at 800°
yesTi-6Al-4V is one of the major titanium-based alloy especially for creep purposes. The alloy is ge...
The mutual relationship between phases in two-phase titanium alloys, alpha(HCP) and beta(BCC), is su...
Ti-6Al-4V is one of the major titanium-based alloy especially for creep purposes. The alloy is gener...
The Ti-6Al-4V dual phase alloy samples were dynamic loaded by one-stage light gas gun experiment and...
The mutual relationship between phases in two phase titanium alloys, αHCP and βBBC, is such to have:...
The structure and energy associated with interfaces between the BCC and HCP lattices (β and α phase,...
It was shown that the deformation may result in either increasing or lowering of the boundaries miso...
Slip is the main plastic deformation mechanism in titanium alloys at room temperature. This is espec...
Although the interface phase in titanium alloys has recently been shown to be an artefact caused by ...
The microstructure evolution during solution treatment at (alpha+beta) two phase region and subseque...
An analysis of the shape strains produced by the martensitic ??? transformation in pure titanium ind...
Titanium alloys are used in the aero-spatial, energy and biomaterial industries among others and exh...
The diffusion anisotropy of intrinsic point defects is an important factor governing the behavior of...