This constitutive model is capable of describing austenite-martensite phase transformations, rate-dependent plasticity (creep) in the austenitic phase,and also transformation-induced plasticity (TRIP) due to phase transformations between the austenitic and martensitic phase.
Because the sample is mainly composed of LiFePO4 phase, as we know, the reason for the decrease and increase of grain area and height are due to phase transformation of the grain between LiFePO4 and FePO4 during the charge and discharge processes.
Furthermore, it has been shown that phase transformation between crystal types is possible using chemical modifications.
The phase transformation between the cubic and tetragonal phases was depicted by the larger value of the compressive or tensile differential strain, which is consistent with a well-known phase transformation between those phases in 3 V LiMn2O4.
The coherent phase transformation between two equilibrium single-phase states producing several orientation variants of the product phase is considered.
Upon subsequent sodiation/desodiation cycles, however, a stable and reversible phase transformation between crystalline Mo and amorphous Na2MoO3 phases has been revealed.
Phase transformation between bcc and fcc in Fe Ni nanoparticle has been studied by using molecular dynamics simulation with an embedded atom method.
In this work we report such a phase transformation between two carbon allotropes, from penta-graphene (a semiconductor) into biphenylene (a metal) under uniaxial loading.
Phase transformation between ETS-10 and JDF-L1 was experimentally demonstrated founding on the role of K+, Na+ and F− ions in crystal growth.
A multiaxial criterion based on a multiscale analysis of the phase transformation between austenite and martensite and using the rigorous framework of standard generalized materials is proposed.
The position of maximum ECE was found in the vicinity of nonergodic and ergodic phase boundary, where the maximum change in entropy occurs as a result of the field induced phase transformation between the ergodic and long range ferroelectric phase.
