The work is aimed at developing theoretical foundations and mathematical models for calculating stress concentration in a lithospheric plate, taking into account a wide range of impacts on the plate, as well as its characteristics and parameters that can affect the accuracy of calculations.
The work is devoted to the development of theoretical foundations and mathematical models for calculating stress concentrations in the lithospheric plate, taking into account a wide range of impacts on the plate, as well as those of its characteristics and parameters that may affect the accuracy of the estimate.
The purpose of this study is to create a software-analytical complex, which allows forecasting the state of the environment, taking into account all major climatic and landscape factors. The complex includes a mathematical model, which can be linked to specific man-made territories, and a database of modern disasters of natural and man-made nature. A set of programs for precise solution of the problem on the transfer and deposition of pollutants in the atmosphere, taking into account the heterogeneity of atmospheric properties by height and properties of the underlying surface, some blocks of the simulation mathematical model of the behavior of pollutants, taking into account the specific geographic location of the territory and a complex of information support for the model were developed.
The purpose of this study is to create a program-analytical complex that allows to forecast the state of the environment taking into account all climatic and landscape factors. The complex includes a simulator, which assumes binding to certain technogenic territories, and a database of modern disasters of natural and anthropogenic origin. In the course of the work, the theory of atmospheric propagation in the course of approximation of the real environment was further developed. A software system for accurate development of the problem of translation and densification of impurity taking into account the inhomogeneity of atmospheric characteristics by height and characteristics of the underlying surface was developed. Several blocks of the mathematical simulation model of pollutant behavior disclosed taking into account the peculiarities of the geographical location of the territory and the complex of information support of the model are developed.
