Registration Number
0223U002554,
0121U111720
, R & D reports
Title
Innovative intelligent information technology for analysis and synthesis of energy efficient hydroaerodynamic elements and systems
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Head
Antoshchuk Svitlana Н., Доктор технічних наук
Registration Date
23-02-2023
Organization
Odessа Polytechnic State University
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The work solves the actual scientific and practical problem of increasing the energy efficiency of hydro-aerodynamic elements and systems (НAE/S) based on the creation of innovative intelligent information technology (Technology) of analysis and synthesis of energy-efficient hydro-aerodynamic elements and systems. The technology is based on the development of new models of structural and parametric representation of system objects and methods of obtaining and intelligent analysis of weakly structured visual data on the state of hydro-aerodynamic processes (HP). The problems of automating the intellectual activity of the НAE/S designer are analyzed. For their partial solution, a structural-parametric model of the hydro-aerodynamic system (HAS) in the form of generating and network parts has been developed. It has been proven that for the analysis of the state of the state of the state of energy in the design of energy-saving gas stations at the system level, it is advisable to use models of the presentation of gas station parameters in the form of graphs, thanks to the additional possibilities of the geometric approach. To eliminate the negative impact of erroneous forecasts and reduce the search area when designing energy-saving gas stations, it is proposed to use the capabilities of genetic algorithms with increased admissibility of genotypic representation with the inherent possibility of random mutation. For the formalization of technical proposals during automated design, a logical-numerical model for the generation of technical proposals in the form of a sign weighted digraph has been developed in engineering CAD, the feasibility of using the energy intensity indicator of the НP as a characteristic of energy saving has been substantiated, the creation of a base of energy-saving auxiliary elements based on the method of structural-parametric synthesis of energy-saving physical prototypes has been formalized auxiliary elements of the HAS.
Product Description
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Ivanov Oleksii V.
Arsiri Vasul Anatoliovih
Arsirii Olena O.
Babiychuk Olha B.
Breskina Anastasija А.
Hodovychenko Mykola А.
Zaitsev Mykyta O.
Zasidko Andrii Ya.
Klymchuk Oleksandr
Komarov Oleksandr V.
Kondratiev Serhii B.
Lobachev Ivan M.
Petrosiuk Denys V.
Poberezhnyi Serhii S.
Prohorov Yuriy В.
Ryabokon Petro М.
Tymchenko Borys I.
Chichenin Vadim V.
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2023-02-23
