ЗАСТОСУВАННЯ ПРОЄКТНО-ОРІЄНТОВАНОГО ПІДХОДУ В РОЗРОБЛЕННІ КОМП’ЮТЕРНИХ ПРОСТОРОВИХ МОДЕЛЕЙ ПАРАМЕТРІВ МІКРОКЛІМАТУ З ОБМЕЖЕНИМ ПРОСТОРОМ У ВІЙСЬКОВІЙ ТЕХНІЦІ

Abstract

The article is devoted to the study of the space of parameters of the microclimate of premises in the fighting compartments of armored vehicles, working compartments of hardware vehicles of weapons and military equipment. Development of computer spatial models using a project-oriented approach. The article presents the features of the implementation of the components of a new methodological approach to the process of studying the microclimate parameters in the rooms of the fighting compartments of armored vehicles, the working compartments of the hardware vehicles of weapons and military equipment. Structurally made on the basis of a combination of physical and mathematical modeling using the apparatus of applied multidimensional geometry, which constitutes the instrumental basis for the targeted study of such processes in the rooms of the combat compartments of armored vehicles, the working compartments of the military hardware machines, as well as illustration by means of information graphic technologies of the influence of individual parameters of thermal or ventilation regime for the microclimate in a confined space. It is shown that the use of physical modeling with the involvement of appropriate experimental equipment and the use of the obtained experimental results for geometric modeling based on applied multidimensional geometry is effective. The main modes that provide a proper microclimate, that is, temperature and ventilation conditions, are highlighted. The constructed models with the involvement of graphic information technologies for the modes under study using methods of projection into phase planes of various dimensions, which allow, on the basis of a physical analysis of a specific mode, to evaluate the performance of the proposed technical means of increasing the efficiency of the infrared heating and ventilation system in the rooms of the fighting compartments of armored vehicles, working compartments hardware weapons and military equipment. The proposed research algorithm allows, with sufficient accuracy for engineering calculations, to determine, depending on the conditions of the technological process, the microclimate parameters in the rooms of the combat compartments of armored vehicles, the working compartments of hardware vehicles of weapons and military equipment, which are able to take into account these features. The developed computer models illustrate the interaction of heterogeneous parameters that contribute to the effectiveness of solving problems of analysis, control, diagnostics of microclimate indicators.