Ispitivanje osetljivosti modela prirodne konvekcije u dvozonskom objektu
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Mar 25, 2019
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Apstrakt
U radu se razmatra konvektivni prenos toplote i materije kroz velike otvore zidova koji razdvajaju delove zatvorenog prostora sa različitim temperaturama. Izložen je pregled matematičkih modela koji
opisuju pojave pri prirodnom međuzonskom strujanju i strujanju u graničnom sloju u zatvorenom dvozonskom prostoru. Izvršeni su uporedna parametarska analiza i ispitivanje osetljivosti modela. Na osnovu analize rezultata i ustanovljenih nedostataka datih modela određena su područja merodavnih veličina i problemi koji zahtevaju dalja istraživanja.
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Kako citirati
KAČAR, Angelina; SIMIĆ, Ljiljana; TODOROVIĆ, Marija.
Ispitivanje osetljivosti modela prirodne konvekcije u dvozonskom objektu.
Zbornik Međunarodnog kongresa i izložbe o KGH, [S.l.], v. 27, n. 1, p. 359-371, mar. 2019.
Dostupno na: <https://izdanja.smeits.rs/index.php/kghk/article/view/4420>. Datum pristupa: 18 apr. 2026
Sekcija
Prenos toplote
Reference
[1] Brown, w. G. i Solvason, К. R.: Natural convection through rectangular ореnings in partitions, Int. Ј. Heat and Mass Transfer, (1962) 859-868.
[2] Маhајаn, В. М.: Measurement оf аir velocity components оf natural convective inter-zonal airflow, Ј. Solar Energy Eng., 109 (1987) 276-283.
[3] Кiel, D. Е.: Measuring and modeling аir flow through doorways, М. Sc. Thesis, University of Alberta, Edmonton, Canada, 1985.
[4] Pelletret R.: Les transferts intemes еn thermique du batiment DРЕ/87-500/RР/ЈM, Centre scientifique et technique du batiment, 1987.
[5] Santamouris, Ðœ.: Heat and mass transfer through large openings bу natural Ñоnvection, Energy and Build. 23 (1995), 1-8.
[6] Rffаt S. Ð’.: Ð study оf heat and mass transfer through а doorway in а traditional built house,ASHRAE Trans., 6 VÐ-89-6-2 (1989) 584-589.
[7] Кiel, D. Е. i Wilson, D. Ј.: Combining door swing pumping with density driven flow, ASHRAE Trans., 6 VA-89-6-3 (1989) 590-599.
[8] Ð’oardman, C. R., Кirkpatrick, Ð. i Anderson, R.: Influence оf aperture height and width оn inter-zonal natural convection in а full scale аir filled enclosure, Ј. Solar Energy Eng., 111 (1989) 278-285.
[9] Ваuman, F., Fadgil, Ð., Кammerud, R., Altmayer, Е. i Nansteel, Ðœ. W.: Соnvection heat transfer in buildings. Recent research results, ASHRAE Trans., VÐ-83 (1983) 89-94.
[2] Маhајаn, В. М.: Measurement оf аir velocity components оf natural convective inter-zonal airflow, Ј. Solar Energy Eng., 109 (1987) 276-283.
[3] Кiel, D. Е.: Measuring and modeling аir flow through doorways, М. Sc. Thesis, University of Alberta, Edmonton, Canada, 1985.
[4] Pelletret R.: Les transferts intemes еn thermique du batiment DРЕ/87-500/RР/ЈM, Centre scientifique et technique du batiment, 1987.
[5] Santamouris, Ðœ.: Heat and mass transfer through large openings bу natural Ñоnvection, Energy and Build. 23 (1995), 1-8.
[6] Rffаt S. Ð’.: Ð study оf heat and mass transfer through а doorway in а traditional built house,ASHRAE Trans., 6 VÐ-89-6-2 (1989) 584-589.
[7] Кiel, D. Е. i Wilson, D. Ј.: Combining door swing pumping with density driven flow, ASHRAE Trans., 6 VA-89-6-3 (1989) 590-599.
[8] Ð’oardman, C. R., Кirkpatrick, Ð. i Anderson, R.: Influence оf aperture height and width оn inter-zonal natural convection in а full scale аir filled enclosure, Ј. Solar Energy Eng., 111 (1989) 278-285.
[9] Ваuman, F., Fadgil, Ð., Кammerud, R., Altmayer, Е. i Nansteel, Ðœ. W.: Соnvection heat transfer in buildings. Recent research results, ASHRAE Trans., VÐ-83 (1983) 89-94.