ОСОБЕННОСТИ ТЕЧЕНИЯ В ЦИЛИНДРИЧЕСКИХ ГОРЕЛОЧНЫХ УСТРОЙСТВАХ С ПЛАСТИНЧАТЫМИ ТУРБУЛИЗАТОРАМИ ПОТОКА
Ключові слова:
турбулизаторы потока, цилиндрические горелочные устройства, компьютерное моделирование, интенсивность турбулентности
Анотація
Наводяться дані комп'ютерного моделювання течії палива і окислювача в циліндричних пальникових пристроях з пластинчастими турбулізаторами потоку на зривних кромках стабілізаторів полум'я.
Аналізуються результати досліджень за умови наявності і відсутності турбулізаторів в пальниках, що розглядаються. Представлено дані зіставлення характеристик течії для циліндричних пальників різної потужності (від 30 до 200 кВт).
Посилання
1. A. Triantafyllidis, E. Mastorakos, G. M. Eggels. Large Eddy Simulations of forced ignition of a non- premixed bluff-body methane flame with Conditional Moment Closure. Combustion and Flame, 2009, Vol. 156, P. 2328–2345.
2. B.B. Dally, A.R. Masri, R.S. Barlow, G.J. Fiechtner, D.F. Fletcher. Measurements of no in turbulent non-premixed flames stabilized on a bluff body. Twenty-Sixth Symposium (International) on Combustion. The Combustion Institute, 1996, P. 2191–2197.
3. S.F. Ahmed R. Balachandran, T. Marchione, E.Mastorakos. Spark ignition of turbulent nonpremixed bluff-body flames, Combustion and Flame, 2007, Vol. 151, P. 366–385.
4. V. Subramanian, P. Domingo, L. Vervisch. Large eddy simulation of forced ignition of an annular bluff-body burner. Combustion and Flame, 2010, Vol. 157, P. 579–601.
5. Hua-Guang Li, Prashant Khare, Hong-Gye Sung & Vigor Yang. A Large-Eddy-Simulation Study of Combustion Dynamics of Bluff-Body Stabilized Flames. Combustion Science and Technology, 2016, V. 188, Issue 6, P. 924–952.
6. L.S. Butovskii, N.M. Fialko, V.G. Prokopov, O.A. Zaryckyj, Y.V. Sherenkovskyy, O.B. Tymoschenko. Eksperimentalni doslidzhennia struktury techii u palnikovih pristrojah stabilizatornogo tipu z zastosuvanniam kutovih ctabilizatoriv potoku [Experimental study of flow structure in burners of stabilizer type using corner vortex flow]. Mat. XXII Intl. Conf. “Problemi ekologii I ekspluatacii obektov energetiki”[Problems of Ecology and operation of energy objects], 8-12 June 2012, Yalta, Kiev, 2012, P. 141–145. (Ukr)
7. N.M. Fialko, N.P. Polozenko, N.V. Mayson. Matematichne modeliuvannia techii ta sumishoutvorennia v stabilizatornih palnikovih pristrojah z kutovimi vidkritimi intensifikatorami gorinnja [Mathematical modeling of flow and mixing in stabilizer burners with corner intensifiers open burning], 9-th International scientific- practical conference “Uholnaja teploenerhetika: problemy reabilitacii i razvitija” [“Coal heat and power engineering: Problems of Rehabilitation and Development"], Alushta, 19-23 September, 2013, P. 88–90. (Ukr)
8. V.G. Prokopov, N.M. Fialko, Y.V. Sherenkovsky, S.A. Aleshko, N.O. Meranova, N.V. Mayson, L.S. Butovsky., E.A. Granovskaya, K.V. Rokitko. Matematicheskoe modelirovanie szhiganija topliva v mikrofakelnich gorelochnih ustroystvah s intensifikatorami processa gorenija [Mathematical modeling of fuel combustion in microjet burners with combustion processes intensifiers]. Mat. VIII Int. Conf. “Problemy promishlennoy teplotehniki”[“Problems of industrial heat engineering”], Kiev, on October 8-11, 2013. (Electronic edition). (Rus)
9. N.M. Fіalko, Y.V. Sherenkovsky, M.V. Mayson, M.Z. Abdulіn, S.V. Homuk, S.A. Enіna, O.B. Timoshenko. Pіdvischennya іntensivnostі protsesіv perenosu in tsilіndrichnomu stabіlіzatornomu palniku shlyakhov zastosuvannya pryamokutnih kіltsevih nіsh. Proceedings “Problemi ekologii i ekspluatacii obektov energetiki” ["Problems of ecology and exploitation of energy objects"], K, CPI ALCON NAS of Ukraine, 2014, P. 122–125. (Ukr)
10. Granovskaya A.A. Udoskonalennija stabilizatornich palnikovyh pristroiv pri mikrofakelnomu spaluvanni gazu [Improving stabilizer burners at microjet combustion of gas], Author. ... Candidate of Techn. Science, Kyiv, NTUU "KPI", 2014, 26 p. (Ukr)
11. N.M. Fialko, Y.V. Sherenkovsky, N.V. Mayson, N.O. Meranova, A.B. Timoshchenko. Teplomassoobmennie processy v cilindricheskih gorelochnyh ustroystvah s nishevymi polostiami [Heat and mass transfer processes in the cylindrical burner devices with niche cavities]. Promyshlennaja teplotehnika [Industrial heat engineering], 2016, №6, P.3–13. (Rus)
12. N.M. Fialko, N.V. Mayson, M.Z. Abdulin, N.V. Ganzha, K.V. Rokytko, A.A. Ozerov, D.P. Hmil. Zakonomirnosti techii v priamokutnih kilcevih nishah cilindricheskih stabilizatornih palnikiv riznoi potuzhnosti [Patterns of flow in rectangular circular niches of cylindrical stabilizer burners of different power]. Naukovyi visnik Nacionalnogo universitet ubioresursiv Iprirodokoristuvannia Ukrainy. Serija “Technika i energetika APK” [Scientific Bulletin of National Agriculture University of Ukraine, Series “Technology agribusiness and energy”], 2016, Issue 240, P. 69–76. (Ukr)
13. N.M. Fialko, Y.V. Sherenkovsky, N.V. Mayson, N.O. Meranova, L.S. Butovsky, M.Z. Abdulin, N.P. Polozenko, A.V. Klisch, S.N. Strizheus, A.B. Timoshchenko. Intensifikacija processov perenosa v gorelochnom ustroystve s cilindricheskim stabilizatorom plameni [Intensification of the transport processes in the burner with a cylindrical flame stabilizer], Naukovy Visnyk NLTU Ukrainy [Scientific Journal NLTU Ukraine], 2014, Issue 24.5, P. 136–142. (Rus)
2. B.B. Dally, A.R. Masri, R.S. Barlow, G.J. Fiechtner, D.F. Fletcher. Measurements of no in turbulent non-premixed flames stabilized on a bluff body. Twenty-Sixth Symposium (International) on Combustion. The Combustion Institute, 1996, P. 2191–2197.
3. S.F. Ahmed R. Balachandran, T. Marchione, E.Mastorakos. Spark ignition of turbulent nonpremixed bluff-body flames, Combustion and Flame, 2007, Vol. 151, P. 366–385.
4. V. Subramanian, P. Domingo, L. Vervisch. Large eddy simulation of forced ignition of an annular bluff-body burner. Combustion and Flame, 2010, Vol. 157, P. 579–601.
5. Hua-Guang Li, Prashant Khare, Hong-Gye Sung & Vigor Yang. A Large-Eddy-Simulation Study of Combustion Dynamics of Bluff-Body Stabilized Flames. Combustion Science and Technology, 2016, V. 188, Issue 6, P. 924–952.
6. L.S. Butovskii, N.M. Fialko, V.G. Prokopov, O.A. Zaryckyj, Y.V. Sherenkovskyy, O.B. Tymoschenko. Eksperimentalni doslidzhennia struktury techii u palnikovih pristrojah stabilizatornogo tipu z zastosuvanniam kutovih ctabilizatoriv potoku [Experimental study of flow structure in burners of stabilizer type using corner vortex flow]. Mat. XXII Intl. Conf. “Problemi ekologii I ekspluatacii obektov energetiki”[Problems of Ecology and operation of energy objects], 8-12 June 2012, Yalta, Kiev, 2012, P. 141–145. (Ukr)
7. N.M. Fialko, N.P. Polozenko, N.V. Mayson. Matematichne modeliuvannia techii ta sumishoutvorennia v stabilizatornih palnikovih pristrojah z kutovimi vidkritimi intensifikatorami gorinnja [Mathematical modeling of flow and mixing in stabilizer burners with corner intensifiers open burning], 9-th International scientific- practical conference “Uholnaja teploenerhetika: problemy reabilitacii i razvitija” [“Coal heat and power engineering: Problems of Rehabilitation and Development"], Alushta, 19-23 September, 2013, P. 88–90. (Ukr)
8. V.G. Prokopov, N.M. Fialko, Y.V. Sherenkovsky, S.A. Aleshko, N.O. Meranova, N.V. Mayson, L.S. Butovsky., E.A. Granovskaya, K.V. Rokitko. Matematicheskoe modelirovanie szhiganija topliva v mikrofakelnich gorelochnih ustroystvah s intensifikatorami processa gorenija [Mathematical modeling of fuel combustion in microjet burners with combustion processes intensifiers]. Mat. VIII Int. Conf. “Problemy promishlennoy teplotehniki”[“Problems of industrial heat engineering”], Kiev, on October 8-11, 2013. (Electronic edition). (Rus)
9. N.M. Fіalko, Y.V. Sherenkovsky, M.V. Mayson, M.Z. Abdulіn, S.V. Homuk, S.A. Enіna, O.B. Timoshenko. Pіdvischennya іntensivnostі protsesіv perenosu in tsilіndrichnomu stabіlіzatornomu palniku shlyakhov zastosuvannya pryamokutnih kіltsevih nіsh. Proceedings “Problemi ekologii i ekspluatacii obektov energetiki” ["Problems of ecology and exploitation of energy objects"], K, CPI ALCON NAS of Ukraine, 2014, P. 122–125. (Ukr)
10. Granovskaya A.A. Udoskonalennija stabilizatornich palnikovyh pristroiv pri mikrofakelnomu spaluvanni gazu [Improving stabilizer burners at microjet combustion of gas], Author. ... Candidate of Techn. Science, Kyiv, NTUU "KPI", 2014, 26 p. (Ukr)
11. N.M. Fialko, Y.V. Sherenkovsky, N.V. Mayson, N.O. Meranova, A.B. Timoshchenko. Teplomassoobmennie processy v cilindricheskih gorelochnyh ustroystvah s nishevymi polostiami [Heat and mass transfer processes in the cylindrical burner devices with niche cavities]. Promyshlennaja teplotehnika [Industrial heat engineering], 2016, №6, P.3–13. (Rus)
12. N.M. Fialko, N.V. Mayson, M.Z. Abdulin, N.V. Ganzha, K.V. Rokytko, A.A. Ozerov, D.P. Hmil. Zakonomirnosti techii v priamokutnih kilcevih nishah cilindricheskih stabilizatornih palnikiv riznoi potuzhnosti [Patterns of flow in rectangular circular niches of cylindrical stabilizer burners of different power]. Naukovyi visnik Nacionalnogo universitet ubioresursiv Iprirodokoristuvannia Ukrainy. Serija “Technika i energetika APK” [Scientific Bulletin of National Agriculture University of Ukraine, Series “Technology agribusiness and energy”], 2016, Issue 240, P. 69–76. (Ukr)
13. N.M. Fialko, Y.V. Sherenkovsky, N.V. Mayson, N.O. Meranova, L.S. Butovsky, M.Z. Abdulin, N.P. Polozenko, A.V. Klisch, S.N. Strizheus, A.B. Timoshchenko. Intensifikacija processov perenosa v gorelochnom ustroystve s cilindricheskim stabilizatorom plameni [Intensification of the transport processes in the burner with a cylindrical flame stabilizer], Naukovy Visnyk NLTU Ukrainy [Scientific Journal NLTU Ukraine], 2014, Issue 24.5, P. 136–142. (Rus)
Переглядів анотації: 553 Завантажень PDF: 783
Опубліковано
2017-02-20
Як цитувати цю статтю:
Fialko, N., Sherenkovskii, J., Meranova, N., Timoshchenko, A., & Maison, N. (2017). ОСОБЕННОСТИ ТЕЧЕНИЯ В ЦИЛИНДРИЧЕСКИХ ГОРЕЛОЧНЫХ УСТРОЙСТВАХ С ПЛАСТИНЧАТЫМИ ТУРБУЛИЗАТОРАМИ ПОТОКА. Теплофізика та Теплоенергетика, 39(1), 5-12. https://doi.org/https://doi.org/10.31472/ihe.1.2017.01
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Якщо стаття прийнята до друку в журналі «Теплофізика та Теплоенергетика», автор має підписати угоду про передачу авторських прав. Угода надсилається на поштову (оригінал) або електронну адресу (сканована копія) Редакції журналу.
