Uniaxial compression, uniaxial tension, and new double shear experimental methods are
used to study the effect of stress state on the mechanical behaviors of Ti-6Al-4V over a wide …

Rate-dependent behaviour characterization of metals at high strain rate remains challenging
mainly because of the strong hypotheses when tests are processed with statically …

Butt laser welding-brazing of Mg to Ti with Mg based filler was performed with the assistance
of Cu coating. The thickness of Cu coating was varied in the study, to investigate its …

Because the design of most products incorporates numerical analysis such as the finite
element method, these days, accurate determination of dynamic material model parameters …

In the present work Image-Based Inertial Impact (IBII) tests are performed on Ti6Al4V
material. The IBII test uses an impact on the edge of the specimen to generate a short pulse …

Abstract AZ31B Magnesium (Mg) and Ti-6Al-4V titanium (Ti) alloys with Ni coating were
joined by laser welding-brazing process using AZ92 Mg based filler. The influence of laser …

In this work, the influence of strain rate on the anisotropy of the Ti6Al4V titanium alloy has
been analyzed. Tensile tests of notched specimens were carried out in three loading …

This paper shows analysis of the influence of triaxiality on the fracture locus of Ti6Al4V
titanium alloy at impact loading conditions. Tensile tests were carried at high strain rates …

TC4 alloy is widely used in the high temperature environment. This paper proposed an
ununified viscoplastic constitutive model according to the uniaxial creep experiment and …

Kolsky bar techniques have been developed and utilized for characterizing the dynamic
behavior of materials at high strain rates, primarily in compression. Recently dynamic tensile …