High purity single crystal titanium (Ti) under shock wave loading is modeled under both one-
dimensional and three-dimensional cylindrical conditions. Cylinder sizes of 10 μm and 20 …

Three-dimensional image-based modeling is used to investigate the correlations between
crystallographic orientation and mechanical response in a body-centered cubic (BCC) β …

High purity single crystal titanium (Ti) under shockwave loading in plate impact experiment
is modeled and simulated, with help of the finite element. A thermodynamically consistent …

Direct comparisons between crystal plasticity simulations and experiments dedicated to test
a sample containing a small number of grains (oligocrystal), instrumented using full field …

Classically, crystal plasticity modeling has used a range of constitutive equations, in which
the incorporation of additional physics-based relationships typically results in additional …

A multicrystal comprised of a small number of large crystals of high-purity titanium and a
0001 0001 oriented high-purity single crystal titanium sample were shock loaded using gas …

Within the rate-independent crystal plasticity framework, a constitutive model was
constructed to describe the uniaxial tension of polycrystalline titanium alloy at ambient …

An accurate description of the mechanical response of α-titanium requires consideration of
mechanical anisotropy. In this work we adapt a polycrystal self-consistent model embedded …

The effect of constitutive parameters and microstructure on the kinematic and constitutive
responses within grains in a crystal plasticity finite element (CPFE) simulation of a …

Recent Taylor cylinder impact tests carried out for Ta single crystals showed strong
variations in dimensional changes for different crystallographic directions aligned with the …