Study of Heat and Mass Transfer into Biomaterials by Using Asynchronous Cellular Automata

In this paper investigated the processes of heat and mass transfer into biomaterials of a fixed size. For research proposed to use an asynchronous model of cellular automata. To do it, this paper describes all the stages of division of the studied material into a form that allows the use of cellular automata. The paper also presents the boundary conditions for constant and falling drying rates of biomaterial. This paper also describes the developed transition rules for the iterative cycle of cell-automatic interactions. In contrast to classical calculation models, this paper proposes the use of multilayer in combination with an asynchronous model of cellular automata. To confirm the adequacy of this model of calculations, two experiments were conducted. One of them uses classical calculation methods. Another uses the model proposed in this paper. After that, the reliability of the obtained results is determined by using the absolute average error. The obtained results we also presented in the form of graphs.