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Information × Registration Number 0216U003622, 0115U001221 , R & D reports Title Scientific basis for the creation of pulse technology systems to perform heavy-joints and connections vehicle designs popup.stage_title Head Krivtsov Vladimir, Registration Date 02-02-2016 Organization National Aerospace University Kharkiv Aviation Institute popup.description2 The paper articulated the need to create and built a unified model of the product, which describes the object of the design, manufacture and operation at all stages of its life cycle; the model of information support of the life cycle of the vehicle and shows the interaction of the participants in this process; described inverse problems forming in the information accompanied the life of the vehicle; developed by design-technological scheme of division of assembly units of vehicles, taking into account the structural, technological, organizational and recycling features of these assemblies; developed a classifier of pulsed technology in the assembly of vehicles using hand-held devices pnevmoimpulsnyh (riveter, riveting device for synchronous device for mandrelling of holes); set up a generalized scheme of numerical simulation technology of assembly of vehicles using pulse technology; the optimal standard functions for describing the properties of elements of technological systems by numerical simulation using software packages Ls-Dyna and Abaqus; confirmed deformation pattern shells obtained by modification of the model Matchlera; on the basis of full-scale simulation qualitative confirmation of the nature of the deformation osesimetrichnoy thin shell; scientific bases of technology of recycling of vehicles that reduce the total time from the disposal of products, while ensuring industrial and environmental safety, and thereby reduce the likelihood of an emergency in their places of storage and processing; developed a mathematical model of the mechanical dismantling of vehicles using graph theory and sets, which makes it possible to define rational sequence during disassembly, taking into account the imposed structural, institutional and resource constraints. Product Description popup.authors І. Бичков І. Воронько А. Григорович А. Маковецький А. Морголенко В. Гарін В. Зайцев В. Плешков В. Шишка Г. Новіков М. Мельніков М. Нечипорук С. Заклінський Ю. Воробйов popup.nrat_date 2020-04-02 Close