Abstract

Constructed are mathematical models of nonisothermal moisture transfer in anisotropic porous materials taking into account the motion of phase transition boundary. The analytical-numerical method has been developed for the realization of such models with variable temperature conditions of the environment. The results of the study can be used in information technologies for designing and modeling hydrothermal processes in anisotropic materials, as well as for the implementation of similar mathematical models in biology, medicine, geophysics, and ecology.

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