Abstract
The physical-mathematics model demonstrates the process of growth of crystalline structures from a solution, taking into account possible factors affecting crystal growth. Anisotropy of crystals is one of the most significant factors affecting the change in the shape of the inclusion in the process of its movement. The simulation was carried out using numerical methods in the integrated software development environment. The result of the program implementation of the proposed mathematical models and algorithms was the computer system for modeling crystal growth from the solution. With the help of simulation modeling, the influence of different forms of anisotropy on the form of growth of dendritic crystals was studied.
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