Evolution of dislocation structure on the interfaces associated with diffusionless phase transitions

Well-posedness of solutions to a phase-field model for the martensitic phase transformations

“…In fact, the phase field theory of transformations in Martensite is a non-diffusion type phase transition. The processes of transformations between the two crystal structures are completed through shearing, instead of the long-distance migration of atoms, thus they are a solid-state phase change controlled by interface migration [4][5].…”

Twin boundary energy and characterization of charge redistribution near the twin boundaries of cupperate superconductors

“…New materials manifest reversible plasticity properties like: elastic twinning, thermoelastic martensitic transformation, superelasticity, shape memory effect and reversible behavior in ferroelastic domains [1][2][3][4]. These materials have low-symmetry crystal structure and frequently exhibit twinning [5].…”

Microstructure design by twinning in high-temperature superconductor YBa2Cu3O7−δ for enhanced Jc at high magnetic fields

“…We dedicate this article in memory of A.M. Kosevich. Generalization of the approach [5,6] to the case of pile-ups of transformation dislocations in the external elastic, thermal, electrical, and magnetic fields allowed to develop a new unified approach to describe all basic manifestations of reversible plasticity of crystals: elastic twinning, thermoelastic martensitic transformation, superelasticity, shape memory effect, reversible behavior of ferroelastic domains [6][7][8][9]. The new materials satisfying the requirements of new technology very often have mechanical properties different from those of traditional materials.…”