The subject of the study is mathematical models and trace methods, which make it possible to realize the partition of the partition section, taking into account the specified physical and mechanical requirements and design and technological restrictions. A geometric model of the part is chosen as an object of study, its layered view. An analysis of literary sources dedicated to the study of the effects of hatching parameters of the SLM process of metal-powder compositions made of aluminum alloys to the physico-mechanical properties of finished products. The choice of optimal placement of marine zones of booster rockets drop is carried out taking into account the analysis of the set of parameters and restrictions: the cost of start-up ballistic characteristics of the carrier rocket and its separated parts level of environmental impact on the environment season of year meteorological conditions, etc.Ī brief description of the technology of selective laser melting (SLM) is given, the advantages and disadvantages of technology are noted. The result of this work is measures to prevent and further counter emergency situations. Also different areas of the drop are considered, and it is shown that land areas are located in the hard-to-reach taiga or mountainous terrain, and in the marine drop zones a constraint factor is the presence of intensive shipping, especially protected marine natural territories, which in the aggregate imposes significant restrictions on the location of such districts of drop. The paper presents information on preventing natural and geographical factors, such as transport accessibility, hydrometeorological conditions, relief, especially protected areas, and mineral deposits. In this work, the authors discuss the actual task - the opening of the new route and the areas of the drop of the booster rockets on inclination of 51.6 °.
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