FLOW STRUCTURE DURING COMBUSTION OF NATURAL GAS IN BURNERS WITH A THREE-ROW FUEL SUPPLY SYSTEM
Keywords:
computer modeling, micro-flare burners, natural gas combustion, flow structure
Abstract
The objective of the work is to establish the regularities of the flow of a single gas in micro-jet burner devices with a three-row fuel supply system. The burner devices under consideration are intended for operation under conditions of variable values of the total excess air coefficient, 1.1 ... 1.5. The objective of the study was to determine the effects of the influence of the row number of gas supply holes on various characteristics of the non-isothermal flow in the proposed burners. CFD modeling based on the DES approach was used as a research method.
Based on the results of the comparative analysis of the flow characteristics when feeding fuel gas to different rows of gas supply holes, it is shown that these characteristics can significantly depend on the row number of the fuel supply. It was found that with an increase in the row number, the indicators of the recirculation zone behind the flame stabilizer change significantly. The levels of flow rates, velocity pulsations, etc.
The research results can be used in the design of micro-flare burners of the stabilizer type.
References
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2. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Kutnyak O.M. [CFD modeling of working processes of burners with cylindrical flame stabilizers in the presence of niche cavities]. III International scientific and practical conference «Interaction of society and science: problems and prospects», 2021, October 05-08 . London, England. P.436-438. (in ukr.)
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4. Butovsky L.S., Granovskaya E.A., Fialko N.M., Strokin V.N., Shvetsova L.A. [Increasing the stability of the torch when feeding gas into the recirculation zone behind the stabilizer]. Tekhnologicheskie sistemy [Technological Systems.] 2011. № 3(56). P.74-81. (in rus.)
5. Fialko N.M., Butovsky L.S., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Polozenko N.P. [Computer modeling of the mixture formation process in stabilizer-type burner devices with gas supply by injection into the blowing air flow]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2011. V. 33. №1. P. 51-56. (in rus.)
6. Fialko N.M., Prokopov V.G., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.O., Abdulin M.Z., Butovskiy L.S., Kokhanenko P.S., Polozenko N.P. [Mathematical modeling of flow dynamics and mixture formation during fuel combustion in jet-niche burner devices]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2009. V.31. №7. P.24. (in rus.)
7. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Rokitko K.V. [Features of flow and mixture formation in micro-jet burners with asymmetric fuel distribution]. Teplofizika ta teploenerfetika [Thermophysics and Thermal Power Engineering]. 2019. V.41. №1. P. 11-19. (in ukr.)
8. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A. [Aerodynamics and mixture formation in burners with a multi-row jet fuel supply system]. Teplofizika ta teploenerfetyka [Thermophysics and Thermal Power Engineering]. 2023. №2. P. 34-44. https://doi.org/10.31472/ttpe.2.2023.4 (in ukr.)
9. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Polozenko N.P., Chekharovskaya M.I., Dashkovskaya I.L., Khmil D.P., Kleshch A.V., Popruzhuk I.A. [Effects of the jet fuel feed row number on the flow and mixture formation characteristics in micro-jet burner devices]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2023. №6(140). P. 65-70. https://doi.org/10.25313/2520-2057-2023-6-8767 (in ukr.)
10. Fialko N.M., Maison M.V., Abdulin M.Z., Ganzha M.V., Rokitko K.V., Ozerov A.A., Khmil D.P. [Regularities of flow in rectangular annular niches of cylindrical stabilizer burners of different capacities]. Naukovyy visnyk Natsionalnoho universytetu bioresursiv i pryrodokorystuvannya Ukrayiny [Scientific Bulletin of the National University of Life and Environmental Sciences of Ukraine]. 2016. Issue. 240. P. 69-76. (in ukr.)
11. Abdulin M., Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Butovskiy L.S., Timoshchenko O.B., Yurchuk V.L., Ivanenko G.V., Klishch A.V. [Structure of the flow in the turbulator system - a niche cavity]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2017. V. 27. №3. P. 131-135. (in ukr.)
12. Fialko N.M., Prokopov V.G., Aleshko S.A., Abdulin M.Z., Rokitko K.V., Maletskaya O.E., Milko E.I., Olkhovskaya N.N., Regragi A., Evtushenko A.A. Computer modeling of flow in micro-jet burners with asymmetric fuel supply. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2018. V.28. № 8. P.117-121. (in rus.)
13. Fialko N.M., Prokopov V.G., Meranova N.O., Aleshko S.A., Polozenko N.P., Kutnyak O.N. [Influence of the height of plate flow turbulators on the flow characteristics in micro-fjet burner devices]. Energetika í avtomatika. [Energy and Automation]. 2021. №3. P.51-61. http://dx.doi.org/10.31548/energiya2021.03.005/ (in rus.)
14. Sherenkovsky Yu. I., Fialko N. M., Prokopov V. G., Meranova N. O., Aleshko S. O., Yurchuk V. L., Klishch A. V., Betin Yu. O., Rokitko K. I., Dashkovskaya I. L. [Influence of fuel supply parameters on flow patterns in microflare burners]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2024. № 9. P. 88-92 https://doi.org/10.25313/2520-2057-2024-9-10340 (in ukr.)
15. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Polozenko N.P., Maletskaya O.E., Klishch A.V., Dashkovskaya I.L. [Flow patterns in micro-jet burner devices with plate flow turbulators]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №9. p. 62-67. https://doi.org/10.25313/2520-2057-2021-9-7407 (in rus.)
16. Fialko N.M., Prokopov V.G., Butovsky L.S., Sherenkovskiy Ju.V., Aleshko S.O., Meranova N.O., Polozenko N.P. [Features of the flow of fuel and oxidizer with an echeloned arrangement of flame stabilizers]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2011. №2. p. 59-64. (in rus.)
17. Fialko N.M., Sherenkovskiy Ju.V., Prokopov V.G., Polozenko N.P., Aleshko S.A., Maletskaya O.E., Milko E.I., Ozerov A.A., Kutnyak O.N., Butovskiy L.S. [Features of the flow in microjet burners with a horseshoe-shaped arrangement of flame stabilizers]. Natsionalnoho universytetu bioresursiv i pryrodokorystuvannya Ukrayiny [Scientific Bulletin of the National University of Life and Environmental Sciences of Ukraine]. 2015. № 209 (1). P 191-199. (in rus.)
18. Fialko N., Meranova N., Sherenkovskii Ju., Aleshko S., Prokopov V., Abdulin M., Babak V., Korzhyk V., Zhelykh V., Khaskin V. Establishment of regularities of isothermal flow and mixture formation in microjet burners with three-row jet fuel supply. Eastern-European Journal of Enterprise Technologies. 2022. Vol. 6(8 (120). Р.65–72. https://doi.org/10.15587/1729-4061.2022.267891
19. Fialko N.M., Prokopov V.G., Butovsky L.S., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Kokhanenko P.S., Polozenko N.P. [Modeling the structure of isothermal flow in an echeloned lattice of flat stabilizers in flame burners]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2010. №6. P. 28-36. (in rus.)
20. Fialko N.M., Prokopov V.G., Sherenkovsky Ju.V., Alyoshka S.O., Meranova N.O., Rokitko K.V. [Flow structure in burner devices with asymmetric fuel distribution for reacting flows and isothermal conditions]. Teplofizika ta teploenerfetika [Thermophysics and Thermal Power Engineering]. 2020. V. 42. №1. P.19-26. https://doi.org/10.31472/ttpe.1.2020.2 (in ukr.)
21. Fialko N. M., Prokopov V. G., Sherenkovskiy Ju. V., Meranova N. O., Aleshko S. A., Maison N. V., Polozenko N. P., Stepanova A. I. [CFD modeling of temperature fields in burner devices with echeloned arrangement of flame stabilizers]. Tekhnologicheskie sistemy [Technological Systems.] 2016. №2(75). P. 92-99. (in rus.)
22. Fialko N.M., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.O., Timoshchenko A.B., Abdulin M.Z., Butovskiy L.S. [Efficiency of cooling systems of jet-stabilizer type burner devices]. Tekhnologicheskie sistemy [Technological Systems.]. 2012. 58/1. P52-57. (in rus.)
23. Fialko N.M., Prokopov V.G., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.A., Polozenko N.P., Maletskaya O.E. [Influence of stabilizer width on aerodynamic and thermal characteristics of cooling systems of microjet burner devices]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2013. 23.7. P.83-87. (in ukr.)
24. Fialko N.M., Prokopov V.G., Aleshko S.A., Polozenko N.P., Timoshchenko A.B., Abdulin M.Z., Maletskaya O.E., Nochovny A.V. [Analysis of the influence of the geometric shape of a niche cavity on the aerodynamic drag of the channel]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2012. №1. P. 72-76. (in rus.)
25. Fialko N.M., Polozenko N.P., Kutnyak O.M., Timoshchenko O.B., Klishch A.V., Regragi A., Ganzha M.V. [Modeling of turbulent flows in micro-jet burners with cylindrical flame stabilizers in the presence of rectangular niche cavities]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2020. №12. P.43-48. https://doi.org/10.25313/2520-2057-2020-12-6214 (in ukr.)
26. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Yurchuk V.L., Polozenko N.P., Rokitko K.V., Dashkovskaya I.L., Ganzha M.V., Sorokov R.Ya. [Features of flow and heat transfer in the internal cavity of a flame stabilizer with and without niches on the side surfaces]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №16. P.78-83. https://doi.org/10.25313/2520-2057-2021-16-7654 (in ukr.)
27. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Yurchuk V.L., Polozenko N.P., Rokitko K.V., Regragi A., Ganzha M.V. [Influence of the load of a fire-engineering object on the characteristics of flow and heat transfer in the cooling system of a flame stabilizer]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №17. P.23-29. https://doi.org/10.25313/2520-2057-2021-17-7715 (in ukr.)
28. Fialko N.M., Prokopov V.G., Sherenkovskyi Ju.V., Aleshko S.A., Meranova N.O., Yurchuk V.L., Hanzha M.V Modeling of heat transfer processes in stabilizer burners with heat-resistant coatings. The development of technical sciences: problems and solutions: Conference Proceedings, April 27-28, 2018. Brno: Baltija Publishing. P.189-192
29. Abdulin M.Z., Fialko N.M., Timoshchenko O.B., Sery A.A., Sherenkovskiy Ju.V., Milko E.I., Ozerov A.A., Klishch A.V., Olkhovskaya N.M., Shvetsova L.Ya. [Temperature regimes of reverse current zones in the near wake of cylindrical flame stabilizers]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2018.28. №3. P .97-100. (in ukr.)
30. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Ganzha M.V., Yurchuk V.L., Shvetsova L.A. [Computer modeling of heat transfer processes in micro-flare burner devices with thermal barrier coatings]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU], 2017. Т. 27. № 5. С. 130-133. (in ukr.)
2. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Kutnyak O.M. [CFD modeling of working processes of burners with cylindrical flame stabilizers in the presence of niche cavities]. III International scientific and practical conference «Interaction of society and science: problems and prospects», 2021, October 05-08 . London, England. P.436-438. (in ukr.)
3. . Butovsky L.S., Granovskaya E.A., Fialko N.M. [Stability of the torch behind a flat stabilizer when gas is supplied by injection into the air flow]. Tekhnologicheskie sistemy [Technological Systems.] 2010. №3(52). P. 72-76. (in rus.)
4. Butovsky L.S., Granovskaya E.A., Fialko N.M., Strokin V.N., Shvetsova L.A. [Increasing the stability of the torch when feeding gas into the recirculation zone behind the stabilizer]. Tekhnologicheskie sistemy [Technological Systems.] 2011. № 3(56). P.74-81. (in rus.)
5. Fialko N.M., Butovsky L.S., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Polozenko N.P. [Computer modeling of the mixture formation process in stabilizer-type burner devices with gas supply by injection into the blowing air flow]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2011. V. 33. №1. P. 51-56. (in rus.)
6. Fialko N.M., Prokopov V.G., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.O., Abdulin M.Z., Butovskiy L.S., Kokhanenko P.S., Polozenko N.P. [Mathematical modeling of flow dynamics and mixture formation during fuel combustion in jet-niche burner devices]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2009. V.31. №7. P.24. (in rus.)
7. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Rokitko K.V. [Features of flow and mixture formation in micro-jet burners with asymmetric fuel distribution]. Teplofizika ta teploenerfetika [Thermophysics and Thermal Power Engineering]. 2019. V.41. №1. P. 11-19. (in ukr.)
8. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A. [Aerodynamics and mixture formation in burners with a multi-row jet fuel supply system]. Teplofizika ta teploenerfetyka [Thermophysics and Thermal Power Engineering]. 2023. №2. P. 34-44. https://doi.org/10.31472/ttpe.2.2023.4 (in ukr.)
9. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Polozenko N.P., Chekharovskaya M.I., Dashkovskaya I.L., Khmil D.P., Kleshch A.V., Popruzhuk I.A. [Effects of the jet fuel feed row number on the flow and mixture formation characteristics in micro-jet burner devices]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2023. №6(140). P. 65-70. https://doi.org/10.25313/2520-2057-2023-6-8767 (in ukr.)
10. Fialko N.M., Maison M.V., Abdulin M.Z., Ganzha M.V., Rokitko K.V., Ozerov A.A., Khmil D.P. [Regularities of flow in rectangular annular niches of cylindrical stabilizer burners of different capacities]. Naukovyy visnyk Natsionalnoho universytetu bioresursiv i pryrodokorystuvannya Ukrayiny [Scientific Bulletin of the National University of Life and Environmental Sciences of Ukraine]. 2016. Issue. 240. P. 69-76. (in ukr.)
11. Abdulin M., Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Butovskiy L.S., Timoshchenko O.B., Yurchuk V.L., Ivanenko G.V., Klishch A.V. [Structure of the flow in the turbulator system - a niche cavity]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2017. V. 27. №3. P. 131-135. (in ukr.)
12. Fialko N.M., Prokopov V.G., Aleshko S.A., Abdulin M.Z., Rokitko K.V., Maletskaya O.E., Milko E.I., Olkhovskaya N.N., Regragi A., Evtushenko A.A. Computer modeling of flow in micro-jet burners with asymmetric fuel supply. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2018. V.28. № 8. P.117-121. (in rus.)
13. Fialko N.M., Prokopov V.G., Meranova N.O., Aleshko S.A., Polozenko N.P., Kutnyak O.N. [Influence of the height of plate flow turbulators on the flow characteristics in micro-fjet burner devices]. Energetika í avtomatika. [Energy and Automation]. 2021. №3. P.51-61. http://dx.doi.org/10.31548/energiya2021.03.005/ (in rus.)
14. Sherenkovsky Yu. I., Fialko N. M., Prokopov V. G., Meranova N. O., Aleshko S. O., Yurchuk V. L., Klishch A. V., Betin Yu. O., Rokitko K. I., Dashkovskaya I. L. [Influence of fuel supply parameters on flow patterns in microflare burners]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2024. № 9. P. 88-92 https://doi.org/10.25313/2520-2057-2024-9-10340 (in ukr.)
15. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Polozenko N.P., Maletskaya O.E., Klishch A.V., Dashkovskaya I.L. [Flow patterns in micro-jet burner devices with plate flow turbulators]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №9. p. 62-67. https://doi.org/10.25313/2520-2057-2021-9-7407 (in rus.)
16. Fialko N.M., Prokopov V.G., Butovsky L.S., Sherenkovskiy Ju.V., Aleshko S.O., Meranova N.O., Polozenko N.P. [Features of the flow of fuel and oxidizer with an echeloned arrangement of flame stabilizers]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2011. №2. p. 59-64. (in rus.)
17. Fialko N.M., Sherenkovskiy Ju.V., Prokopov V.G., Polozenko N.P., Aleshko S.A., Maletskaya O.E., Milko E.I., Ozerov A.A., Kutnyak O.N., Butovskiy L.S. [Features of the flow in microjet burners with a horseshoe-shaped arrangement of flame stabilizers]. Natsionalnoho universytetu bioresursiv i pryrodokorystuvannya Ukrayiny [Scientific Bulletin of the National University of Life and Environmental Sciences of Ukraine]. 2015. № 209 (1). P 191-199. (in rus.)
18. Fialko N., Meranova N., Sherenkovskii Ju., Aleshko S., Prokopov V., Abdulin M., Babak V., Korzhyk V., Zhelykh V., Khaskin V. Establishment of regularities of isothermal flow and mixture formation in microjet burners with three-row jet fuel supply. Eastern-European Journal of Enterprise Technologies. 2022. Vol. 6(8 (120). Р.65–72. https://doi.org/10.15587/1729-4061.2022.267891
19. Fialko N.M., Prokopov V.G., Butovsky L.S., Sherenkovskiy Ju.V., Meranova N.O., Aleshko S.A., Kokhanenko P.S., Polozenko N.P. [Modeling the structure of isothermal flow in an echeloned lattice of flat stabilizers in flame burners]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2010. №6. P. 28-36. (in rus.)
20. Fialko N.M., Prokopov V.G., Sherenkovsky Ju.V., Alyoshka S.O., Meranova N.O., Rokitko K.V. [Flow structure in burner devices with asymmetric fuel distribution for reacting flows and isothermal conditions]. Teplofizika ta teploenerfetika [Thermophysics and Thermal Power Engineering]. 2020. V. 42. №1. P.19-26. https://doi.org/10.31472/ttpe.1.2020.2 (in ukr.)
21. Fialko N. M., Prokopov V. G., Sherenkovskiy Ju. V., Meranova N. O., Aleshko S. A., Maison N. V., Polozenko N. P., Stepanova A. I. [CFD modeling of temperature fields in burner devices with echeloned arrangement of flame stabilizers]. Tekhnologicheskie sistemy [Technological Systems.] 2016. №2(75). P. 92-99. (in rus.)
22. Fialko N.M., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.O., Timoshchenko A.B., Abdulin M.Z., Butovskiy L.S. [Efficiency of cooling systems of jet-stabilizer type burner devices]. Tekhnologicheskie sistemy [Technological Systems.]. 2012. 58/1. P52-57. (in rus.)
23. Fialko N.M., Prokopov V.G., Aleshko S.A., Sherenkovskiy Ju.V., Meranova N.A., Polozenko N.P., Maletskaya O.E. [Influence of stabilizer width on aerodynamic and thermal characteristics of cooling systems of microjet burner devices]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2013. 23.7. P.83-87. (in ukr.)
24. Fialko N.M., Prokopov V.G., Aleshko S.A., Polozenko N.P., Timoshchenko A.B., Abdulin M.Z., Maletskaya O.E., Nochovny A.V. [Analysis of the influence of the geometric shape of a niche cavity on the aerodynamic drag of the channel]. Promyshlennaia teplotekhnika [Industrial Heat Engineering]. 2012. №1. P. 72-76. (in rus.)
25. Fialko N.M., Polozenko N.P., Kutnyak O.M., Timoshchenko O.B., Klishch A.V., Regragi A., Ganzha M.V. [Modeling of turbulent flows in micro-jet burners with cylindrical flame stabilizers in the presence of rectangular niche cavities]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2020. №12. P.43-48. https://doi.org/10.25313/2520-2057-2020-12-6214 (in ukr.)
26. Fialko N.M., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Yurchuk V.L., Polozenko N.P., Rokitko K.V., Dashkovskaya I.L., Ganzha M.V., Sorokov R.Ya. [Features of flow and heat transfer in the internal cavity of a flame stabilizer with and without niches on the side surfaces]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №16. P.78-83. https://doi.org/10.25313/2520-2057-2021-16-7654 (in ukr.)
27. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Yurchuk V.L., Polozenko N.P., Rokitko K.V., Regragi A., Ganzha M.V. [Influence of the load of a fire-engineering object on the characteristics of flow and heat transfer in the cooling system of a flame stabilizer]. Mizhnarodnyi naukovyi zhurnal “Internauka” [International Scientific Journal "Internauka"]. 2021. №17. P.23-29. https://doi.org/10.25313/2520-2057-2021-17-7715 (in ukr.)
28. Fialko N.M., Prokopov V.G., Sherenkovskyi Ju.V., Aleshko S.A., Meranova N.O., Yurchuk V.L., Hanzha M.V Modeling of heat transfer processes in stabilizer burners with heat-resistant coatings. The development of technical sciences: problems and solutions: Conference Proceedings, April 27-28, 2018. Brno: Baltija Publishing. P.189-192
29. Abdulin M.Z., Fialko N.M., Timoshchenko O.B., Sery A.A., Sherenkovskiy Ju.V., Milko E.I., Ozerov A.A., Klishch A.V., Olkhovskaya N.M., Shvetsova L.Ya. [Temperature regimes of reverse current zones in the near wake of cylindrical flame stabilizers]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU]. 2018.28. №3. P .97-100. (in ukr.)
30. Fialko N.M., Prokopov V.G., Sherenkovskiy Ju.V., Meranova N.A., Aleshko S.A., Ganzha M.V., Yurchuk V.L., Shvetsova L.A. [Computer modeling of heat transfer processes in micro-flare burner devices with thermal barrier coatings]. Naukovyi visnyk NLTU [Scientific Bulletin of UNFU], 2017. Т. 27. № 5. С. 130-133. (in ukr.)
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Published
2025-09-30
How to Cite
Fialko, N., Sherenkovskyi, J., Klishch, A., Meranova, N., Aloshko, S., & Martiuk, O. (2025). FLOW STRUCTURE DURING COMBUSTION OF NATURAL GAS IN BURNERS WITH A THREE-ROW FUEL SUPPLY SYSTEM. Thermophysics and Thermal Power Engineering, 47(3), 83-93. https://doi.org/https://doi.org/10.31472/ttpe.3.2025.8
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