An accurate prediction of flow behavior of metals considering the combined effects of strain,
strain rate and temperature is essential for understanding flow response of metals …

Abstract Ti-6Al-4V alloy is one of the most widely used material in both research as well as
in commercial industries at present due to its high strength-to-weight ratio, low density and …

Quasi-static tensile deformation behaviors at room temperature (RT) and 77 K of Ti-3Al-2Zr-
1.5 Mo alloy with lamellar microstructure were systematically investigated in this study. The …

Strain hardening of Titanium alloy Ti6Al4V has been studied at four different strain rates
(10− 4 to 10− 1 s− 1) under tensile loading at four different heat treatment conditions viz. mill …

The compressive residual stresses and grain refinement induced by laser shock peening
(LSP) are two very important surface strengthening mechanisms that are responsible for the …

The tensile properties and deformed microstructures of Ti–5Al–1V–1Sn–1Zr-0.8 Mo (Ti5111)
alloy with a bimodal structure under different deformation temperatures are investigated. As …

Impact deformation behaviors of CT20 alloy with lamellar microstructure (LM), equiaxed
microstructure (EM) and bimodal microstructure (BM) at room temperature were …

Strain hardening is one of the important strengthening mechanisms, which plays significant
role in processing and application of metals and alloys. For non-heat treatable alloys, it …

Nano-scratch and nano-fretting tests were performed on highly polished biomedical grade
Ti6Al4V, 316L stainless steel and CoCr alloy samples using a 3.7 μm sphero-conical …

Uniaxial hot tensile tests were carried out in the RD, 45°, and TD directions of cold-rolled Ti-
6Al-4V alloy sheets. At 973 K-0.1 s− 1, it shows apparent mechanical and fracture …