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Information × Registration Number 0217U001326, 0116U000839 , R & D reports Title Research and stability of forming massive, thinkwalled and composite structures under axisymmetrical under loading popup.stage_title Head Pyskunov Serhiy Olehovych, Registration Date 13-02-2017 Organization Kiev National University of Construction and Architecture popup.description2 The main idea of the proposed project is to create relationships using torque ITU circuit universal approach to skinchenoelementnoyi approximation of thin and massive structural elements using base skinchenoelementnoyi developed to approximate the combined research facilities and on this basis, nonlinear deformation, the stability of these objects. The project is based on the methodology of numerical experiments, of which you can explore the question of the adequacy of the theory and methods of solving the problem of the real properties of structures and processes that are occurring. This comparison will be made as of the known results of other authors as well as possible, with the results obtained using modern licensed software. The main hypotheses adopted in dealing with tasks, is the hypothesis of continuum mechanics. The main hypotheses adopted in dealing with tasks, is the hypothesis of continuum mechanics. The implementation of the tasks will be based on the finite element analysis method (FEM) within it - the method of initial approximations when solving algebraic equations of ITU. Described in the request ideas and hypotheses that are implemented in the performance of research proposed for solving tasks is the hypothesis of continuum mechanics. Product Description popup.authors Баженов Віктор Андрійович Максим'юк Юрій Всеволодович Мицюк Сергій Вікторович Солодей Іван Іванович Шкриль Олексій Олександрович popup.nrat_date 2020-04-02 Close
R & D report
Head: Pyskunov Serhiy Olehovych. Research and stability of forming massive, thinkwalled and composite structures under axisymmetrical under loading. (popup.stage: ). Kiev National University of Construction and Architecture. № 0217U001326
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Updated: 2026-03-26