Abstract
Complex multicomponent materials currently form the basis of nano- and microelectronics, space technology, information storage and transmission systems, intelligent systems, and other fields of science and engineering. However, describing the microstructure of materials, which is formed as a result of multiparticle interactions, as well as reliably predicting their physical properties, remain open questions. This is explained by the fact that existing theoretical models do not adequately describe multiparticle interactions. This article presents a general overview of models developed by the authors to describe the simultaneous processes of swarming and multiparticle aggregation in both batch and through-flowing devices. To address this problem, both a new stochastic lattice model (SLM) and software for its numerical implementation have been carried out. The article presents the results of testing the new methods in the computer experiment. The model and software can be useful in creating methods for calculating various technological equipment and processes.