A crystal-plasticity finite-element method was used to study the deformation behavior of a
commercially pure titanium Grade 1 sheet upon different strain paths. Prismatic slip …

The mechanical behaviors of commercially pure titanium (CP–Ti) sheets under uniaxial and
reverse loadings along various in-plane directions are investigated by crystal plasticity …

Because of the strong anisotropy in mechanical properties, press forming of commercially
pure titanium (CP-Ti) sheets often creates significant defects, including earing formation …

A commercially-pure titanium sample was investigated using an elasto-visco-plastic self-
consistent polycrystal model. Temperature-dependent plastic deformation behavior was …

Plastic deformation of titanium alloys depends on the temperature and the mechanical
loading mode. It is accommodated by a complex mixture of slip and twinning systems. It …

The grain structure of metals changes significantly during severe plastic deformation (SPD),
and grain refinement is the main process associated with SPD at low homologous …

The deformation mechanisms of a rolled high-purity α-titanium plate under monotonic
loading along the rolling direction (RD), transverse direction (TD), and normal direction (ND) …

Neutron and high-energy X-ray diffraction methods have been used to investigate
deformation mechanisms (slip and twinning activities) during uniaxial tensile tests of Grade …