Component ratio in a layered structure formed by the controlling wave process in a metastable austenite

A γ−α-martensitic transformation during the fastest rearrangement of the {110}γ planes

“…Thus, the existence of an analytical dependence of δ on ae -2 and t clarifies the reasons for the scatter of the values of δ upon varying the alloy composition (typical of the literature data range of values 1% ≤ δ ≤ 6%). Naturally, under constrained conditions of the stressed state of concurrent phases the observed δ should be lower than that calculated using (8). A deviation of the wave normals from the axes of symmetry would also affect the value of δ.…”

“…Relation (8) shows that for the prescribed ae -2 ≈ 1.4372 the volumetric effect depends on t only slightly. In particular, when t varies from 1 to 1.1 (t = 1.1 is considered to be anomalously large), δ varies from 3.824 to 3.614%.…”

“…The deformation along the direction orthogonal to the transformed plane is induced by electronic correlations that set a new symmetry of the electron density distribution [6]. These conclusions provide for a possibility of a new [7,8] description of a γ-α MP due to a fast rearrangement of the {111} γ planes. Note that in [7,8] there is an inaccuracy: in the calculations of HP the velocity along <112> γ is substituted for the velocity along <111> γ .…”

“…The issue of orientation dependences (ODs) is extensively discussed in [5,8]. The ODs include the planes translated into each other during the fasted transformation.…”

“…The angle φ(ae 2 ) of rotation of the reference point of axes <110> γ and <001> γ around <1 1 0> γ in the course of rearrangement of the lattice, that lost its stability, inside of the "plane" channel in the metastable surrounding austenite is prescribed by a similar [5,8] …”