ms Anastasija Popović, dipl. inž. el. i rač.
Zgrada tehničkih fakulteta, kancelarija 89_1
011/3218-328 |
Stručni naziv | master inženjer elektrotehnike i računarstva |
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Naučna oblast | Elektrotehnika |
Datum izbora | 19. januar 2022. |
Bibliografija
Radovi u časopisima sa SCI liste
Dynamic thermal model of liquid-immersed shell-type transformers
M. Novković, A. Popović, E. Briosso, R. M. Iglesias, Z. Radaković, Dynamic thermal model of liquid-immersed shell-type transformers, International Journal of Electrical Power & Energy Systems, Vol. 142, No. Part B, pp. . - ., 2022
Autori | Marko Novković, Anastasija Popović, Eduardo Briosso, Roberto Martinez Iglesias i Zoran Radaković |
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Godina | 2022 |
DOI | 10.1016/j.ijepes.2022.108347 |
Časopis | International Journal of Electrical Power & Energy Systems |
Impakt faktor | 5.659 (M21) |
Volumen | 142 |
Broj | Part B |
Strana od | . |
Strana do | . |
Radovi sa međunarodnih konferencija
Winding with radial cooling ducts without washers, dominantly applied in the liquid-immersed power transformers (LIPT) in the past, is still used by transformer producers. For this type of windings, there are only very rough equations for convective heat transfer coefficients (CHTC) in a radial cooling duct, which do not consider influences of relevant parameters. More accurate equations will contribute to the improvement of the LIPT design process and make it feasible to reduce its mass and pro
A. Popović, U. Radoman, Z. Radaković, Winding with radial cooling ducts without washers, dominantly applied in the liquid-immersed power transformers (LIPT) in the past, is still used by transformer producers. For this type of windings, there are only very rough equations for convective heat transfer coefficients (CHTC) in a radial cooling duct, which do not consider influences of relevant parameters. More accurate equations will contribute to the improvement of the LIPT design process and make it feasible to reduce its mass and pro, CIGRE SC A2 and 6th International Colloquium Transformer research and asset management, pp. PS1 - P1, Split, Croatia, Nov, 2023
Autori | Anastasija Popović, Uroš Radoman i Zoran Radaković |
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Godina | 2023 |
Strana od | PS1 |
Strana do | P1 |
Projekti
Međunarodni
Softver za dinamičko termičko modelovanje transformatora
Softver za dinamičko termičko modelovanje transformatora
Tip projekta | Ostali međunarodni komercijalni projekti |
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Rukovodilac | prof. dr Zoran Radaković |
Finansijer | HYDRO- QUEBEC |
Početak realizacije | 16.07.2021. |