Abstract In this work, 99.999% pure magnesium (Mg) single microcrystals have been
deformed in [0001] compression (c-axis compression) and [10 1¯ 0] tension (c-axis …

Uniaxial compression experiments were conducted on two magnesium (Mg) single crystals
whose crystallographic orientations facilitate the deformation either by basal slip or by …

This work presents an overview of the mechanical response and microstructure evolution of
specifically oriented pure magnesium single crystals under plane strain compression at …

The deformation behavior of specially grown magnesium tricrystals was studied, where two
of the grains were chosen to primarily exhibit prismatic slip, while the third grain was …

The deformation behavior of two specifically oriented grains in a magnesium tricrystal, and
the corresponding changes in the character of their 90°< 10 1¯ 0> tilt boundary were …

Commercial purity (99.8%) magnesium single crystals were subjected to plane strain
compression (PSC) along the c-axis at 200 and 370° C and a constant strain rate of 10− 3s …

Anomalies in the mechanical behaviour of magnesium like anisotropy and strength
mismatch originate from its hexagonal close-packed (hcp) crystallographic structure. Hcp …

Mg single crystals of selected 'hard'and 'soft'orientations were deformed at ambient
temperature in channel-die compression. Specimens with a 'hard'basal starting orientation …

Specially oriented magnesium single crystals were subjected to plane strain compression
along the< 1 1 2¯ 0> direction in c-axis extension at ambient temperature. The samples …

A phenomenological crystal plasticity constitutive model for magnesium single crystal was
presented. Four deformation mechanisms (including basal< a>, prismatic< a>, pyramidal< …