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 …

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 …

During the material preparation process, the magnetic field can act with high intensity
energy on the material without contact and affect its microstructure and properties. This non …

The effect of a magnetic field on the development of texture and microstructure in cold-rolled
(80%) commercially pure zirconium (Zr701) was investigated. The specifically oriented sheet …

This study was conducted with the aim of investigating the effect of magnetic fields on the
carbon diffusion in pure iron. The Fe/Fe-0.87 mass% C diffusion couples prepared by …

A constitutive model for diffuse interface description of magnetic field-induced grain
boundary migration in polycrystalline metals is developed based on the laws of …

The results of investigations of grain boundary migration in zinc bicrystals (99.995%) are
presented. An in situ technique for the observation and continuous recording of boundary …

A vertex model for the simulation of grain growth and grain boundary migration is developed
and its implementation is explained in detail. The utilization of the model is also exemplified …

Tailoring microstructure evolution with the use of external forces (magnetic, electric,
mechanical, etc.) can expand the ability to control material properties and performance …

The regained interest in using the externally applied magnetic field (MF) to engineer
properties in the solid state has opened a new lane and expanded the existing paradigm to …