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Information × Registration Number 0221U105586, 0121U100682 , R & D reports Title Justify the minimum geometrical parameters (height and perimeter) of gravel filling in the oil receiver above the oil receiving channel, which should perform the function of fire protection and oil cooling to a flash point of 150 degrees Celsius as part of the development of working documentation for the project "Reconstruction of the 330 kV Brovarska substation with the AT-3 installation" popup.stage_title Head Nizhnyk Vadym V., Доктор технічних наук Registration Date 26-07-2021 Organization Institute of Public Administration and Research in Civil Protection popup.description2  To determine the temperature, calculations were performed using the complete system of Navier-Stokes differential equations with their numerical approximation by the finite difference method and their solution by an explicit integration scheme. The calculations were implemented using the computer system FlowVision 2.5. As a result of the calculation it was found that the oil with an inlet temperature of 250 C when passing through the fire barrier is cooled to a temperature of 147 C. Calculations indicate the effectiveness of the fire barrier with the proposed dimensions for cooling the oil and need further confirmation. Product Description popup.authors Ballo Yaroslav V. Holikova Svitlana Yu. Nikulin Oleksandr F. Nekora Valeriia S. Pozdieiev Serhii V Sizikov Oleksanr O. Stylyk Ihor H. Feshchuk Yurii L. Tsyhankov Andrii O. popup.nrat_date 2021-07-26 Close
R & D report
Head: Nizhnyk Vadym V.. Justify the minimum geometrical parameters (height and perimeter) of gravel filling in the oil receiver above the oil receiving channel, which should perform the function of fire protection and oil cooling to a flash point of 150 degrees Celsius as part of the development of working documentation for the project "Reconstruction of the 330 kV Brovarska substation with the AT-3 installation". (popup.stage: ). Institute of Public Administration and Research in Civil Protection. № 0221U105586
1 documents found

Updated: 2026-03-25