Structural-Phase Transformations of CuZn Alloy Under Thermal-Impact Cycling

Simulation of Thermal Cooling Curves in the Process to Ordering Alloys by the Monte Carlo Method

“…The results of this section are valid for a binary structure for composition n m A B , given on a lattice to any type and any dimension [9][10][11].…”

“…A large number of works on the theory to ordering alloys and modeling to phase diagrams are presented in the literature, where the types and kinetics for order-disorder phase transitions are discussed, the structural and energy characteristics to defects are described, and the stoichiometry and temperatures to phase transitions are calculated [7][8][9][10][11][12][13][14][15][16][17][18][19][20]. In [7,8], a two-dimensional model was proposed that allows one to study the kinetics of ordering for alloys for the model to a rigid crystal lattice.…”

“…In [7,8], a two-dimensional model was proposed that allows one to study the kinetics of ordering for alloys for the model to a rigid crystal lattice. This model was generalized to the case to three-dimensional lattices and was used to study the structural-phase transformations of a number for stoichiometric alloys [9][10][11][12][13], including to take into account the effect to antiphase boundaries [10]. In our recent works, a similar model was used to study the kinetics of alloy ordering [14][15][16], determine the possible structural states to alloys based on two-dimensional and three-dimensional lattices [17][18][19][20], calculate the sublimation energy for a binary alloy, taking into account the effect for the alloy composition on interatomic interactions [18,20], mathematical modeling of double state diagrams to congruent type [20].…”