Limited slip systems of α structure always play a major role in hindering strength-ductility
synergy improvement of titanium (Ti) alloys. To overcome the strength-ductility trade-off of Ti …

The present study aims to evaluate the biocompatibility and bio-tribocorrosion potential of
selective laser melted (SLM) Titanium-25% Niobium (Ti-25 Nb) alloy. Further the suitability …

In the present study, various defects such as dislocations were controlled in Ti-V-Al-based
shape memory alloy by thermomechanical treatment and introduction of interstitial oxygen …

Impurity segregation and solute partitioning, which can lead to microscale concentration
modulations (microCMs), are common phenomena in materials processed through various …

Temperature-coefficient of resistivity (TCR) is positive for most metallic materials but
negative for semiconductors. Since a Ti-Nb-based titanium alloy exhibits a negative TCR …

Metals with multilayered structures have attracted much attention due to their excellent
mechanical and physical properties. While it remains a challenge to achieve nanolayered …

Powder metallurgy is an attractive method for cost effective production of near net shape Ti-
Nb alloys, and, when elemental powders and coarse HDH powders are used, a higher …

The β/α ″interface in deformation bands was studied using high resolution transmission
electron microscopy (HRTEM) observations in β-type titanium-niobium-based (Ti-Nb) alloys …

The electron diffraction pattern exhibits patterned diffuse scattering in ω-forming transition
metal alloys at quenched state, which is typical of its nature and origin. The current scientific …

The formation of W2Zr is the main reason for the poor ductility and low sintered density of W-
Zr alloys prepared by powder metallurgy. To improve the mechanical properties, 65W-Zr-Ti …