Computer modeling of the effect of speed on the process of injection combustion of liquid fuels of various types at high pressures
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Keywords:
numerical modeling, octane, dodecane, combustion chamber, pressure, temperature, mass optimum modeAbstract
Combustion liquid fuels is a complex task, as it characterized by a number of specific features, due to chemical reactions under conditions of dynamic and of thermal interaction between reagents, the intensive mass transfer during phase transformations, as well as the dependence of the process parameters, such as the thermodynamic state of the system and of its structural characteristics. So numerical simulation can be successfully used to predict and study the behavior of complex systems, which has received more widespread in thermal physics. The paper is presented the mathematical model and the basic equations describing the liquid fuel combustion process at high turbulence. There are conducted computational experiments on the combustion of liquid fuel according to the fuel injection velocity into the combustion chamber at the initial conditions. Velocity and pressure profiles in the combustion chamber for two liquid fuels are built.
References
1 Askarova A., Bolegenova S., Bolegenova Symbat, Berezovskaya I., Ospanova Sh. et al. Numerical Simulation of the Oxi-dant’s Temperature and Influence on the Liquid Fuel Combustion Processes at High Pressures // Journal of Engineering and Applied Sciences. – 2015. – Vol. 10, №4. – P. 90-95.
2 Bolegenova S.A., Askarova A.S., Gabitova Z., Bekmuhamet A., Ospanova Sh. Using 3d modeling technology for investi-gation of conventional combustion mode of bkz-420-140-7c combustion chamber // Journal of Engineering and Applied Sciences, 2014. – Vol. 9. – P. 24-28.
3 Askarova A.S., Bolegenova S., Maximov V. et al. Investigation of turbulence characteristics of burning process of the solid fuel in BKZ 420 combustion chamber // WSEAS Transactions on Heat & Mass Transfer, 2014. – P. 39-50.
4 Ustimenko A.B., Askarova A.S., Messerle V.E., Maximov V., Bolegenova S. Numerical simulation of the coal combustion process initiated by a plasma source // Journal of Thermophysics and Aeromechanics. – Vol. 21. – Issue 6, 2014. – P.747-754.
5 Askarova A.S., Loktionova I.V., Messerle V.E., Ustimenko A.B. 3D modeling of the two-stage combustion of Ekibastuz coal in the furnace chamber of a PK-39 boiler at the Ermakovo district power station // Journal of Thermal engineering, 2003. – Vol. 50, Issue 8. – P. 633-638.
6 Maksimov V.Yu., Bolegenova S.A., Askarova A.S., Bekmuhamet A., Ospanova Sh. Numerical research of aerodynamic characteristics of combustion chamber BKZ-75 mining thermal power station // Journal of Procedia Engineering, 2012. – Vol. 42, №389 (162). – P. 1250-1259.
7 Amsden A.A., O'Rourke P.J., Butler, T.D. KIVA-II: A computer program for chemically reactive flows with sprays. – Los Alamos, 1989. – 160 с.
8 Askarova A.S., Messerle V.E., Karpenko E.I., Ustimenko A.B. Plasma enhancement of coal dust combustion // 35-th EPS Conference on Plasma Physics. – Hersonissos, 2008. – ECA. – Vol. 32. – P. 148-152.
10 Askarova A.S., Gorokhovski M.A., Chtab-Desportes A., Voloshina I. Stochastic simulation of the spray formation assisted by a high pressure // 6-th International Symposium on Multiphase Flow, Heat Mass Transfer and Energy Conversion. Book Series: AIP Conference Proceedings, 2010. – Vol. 1207. – P. 66-73.
11 Bekmukhamet A., Bolegenova S.A., Askarova A.S., Beketayeva M.T., Maximov V., Ospanova Sh.S., Gabitova Z.K. Nu-merical modeling of turbulence characteristics of burning process of the solid fuel in BKZ-420-140-7c combustion chamber // Inter¬national Journal of Mechanics, 2014. – Vol.8. – P. 112-122.
12 Askarova A., Bolegenova S., Bolegenova Symbat, Berezovskaya I., Ospanova Sh., Shortanbayeva Zh., Maksutkhanova A., Mukasheva G. and Ergalieva A. Numerical Simulation of the Oxidant’s Temperature and Influence on the Liquid Fuel Combustion Processes at High Pressures // Journal of Engineering and Applied Sciences. – 2015. – Vol. 10, №4. – P. 90-95.
13 Askarova, S. Bolegenova, V. Maximov, A. Bekmuhamet, Sh. Ospanova, M. Beketaeva Investigation of formation of burn¬ing harmful emissions at methane // Proceedings of 3rd International conference on mathematical models for engineering science «Recent Advances in Systems Science and Mathematical Modelling». – Paris, 2012. – P. 276-279.
14 Askarova A.S., Bolegenova S.A., Berezovskaya I.E., Ryspayeva M.Zh., Maximov V.Yu., Ospanova Sh.S. Numerical simu¬lation of the influence of the atomization velocity on the liquid hydrocarbon fuel’s combustion // Proc. of the 2013 Intern. Conf. on Applied Mathematics and Computational Methods in Engineering (AMCME 2013). – Rhodes Island, 2013. – P. 155-158.
2 Bolegenova S.A., Askarova A.S., Gabitova Z., Bekmuhamet A., Ospanova Sh. Using 3d modeling technology for investi-gation of conventional combustion mode of bkz-420-140-7c combustion chamber // Journal of Engineering and Applied Sciences, 2014. – Vol. 9. – P. 24-28.
3 Askarova A.S., Bolegenova S., Maximov V. et al. Investigation of turbulence characteristics of burning process of the solid fuel in BKZ 420 combustion chamber // WSEAS Transactions on Heat & Mass Transfer, 2014. – P. 39-50.
4 Ustimenko A.B., Askarova A.S., Messerle V.E., Maximov V., Bolegenova S. Numerical simulation of the coal combustion process initiated by a plasma source // Journal of Thermophysics and Aeromechanics. – Vol. 21. – Issue 6, 2014. – P.747-754.
5 Askarova A.S., Loktionova I.V., Messerle V.E., Ustimenko A.B. 3D modeling of the two-stage combustion of Ekibastuz coal in the furnace chamber of a PK-39 boiler at the Ermakovo district power station // Journal of Thermal engineering, 2003. – Vol. 50, Issue 8. – P. 633-638.
6 Maksimov V.Yu., Bolegenova S.A., Askarova A.S., Bekmuhamet A., Ospanova Sh. Numerical research of aerodynamic characteristics of combustion chamber BKZ-75 mining thermal power station // Journal of Procedia Engineering, 2012. – Vol. 42, №389 (162). – P. 1250-1259.
7 Amsden A.A., O'Rourke P.J., Butler, T.D. KIVA-II: A computer program for chemically reactive flows with sprays. – Los Alamos, 1989. – 160 с.
8 Askarova A.S., Messerle V.E., Karpenko E.I., Ustimenko A.B. Plasma enhancement of coal dust combustion // 35-th EPS Conference on Plasma Physics. – Hersonissos, 2008. – ECA. – Vol. 32. – P. 148-152.
10 Askarova A.S., Gorokhovski M.A., Chtab-Desportes A., Voloshina I. Stochastic simulation of the spray formation assisted by a high pressure // 6-th International Symposium on Multiphase Flow, Heat Mass Transfer and Energy Conversion. Book Series: AIP Conference Proceedings, 2010. – Vol. 1207. – P. 66-73.
11 Bekmukhamet A., Bolegenova S.A., Askarova A.S., Beketayeva M.T., Maximov V., Ospanova Sh.S., Gabitova Z.K. Nu-merical modeling of turbulence characteristics of burning process of the solid fuel in BKZ-420-140-7c combustion chamber // Inter¬national Journal of Mechanics, 2014. – Vol.8. – P. 112-122.
12 Askarova A., Bolegenova S., Bolegenova Symbat, Berezovskaya I., Ospanova Sh., Shortanbayeva Zh., Maksutkhanova A., Mukasheva G. and Ergalieva A. Numerical Simulation of the Oxidant’s Temperature and Influence on the Liquid Fuel Combustion Processes at High Pressures // Journal of Engineering and Applied Sciences. – 2015. – Vol. 10, №4. – P. 90-95.
13 Askarova, S. Bolegenova, V. Maximov, A. Bekmuhamet, Sh. Ospanova, M. Beketaeva Investigation of formation of burn¬ing harmful emissions at methane // Proceedings of 3rd International conference on mathematical models for engineering science «Recent Advances in Systems Science and Mathematical Modelling». – Paris, 2012. – P. 276-279.
14 Askarova A.S., Bolegenova S.A., Berezovskaya I.E., Ryspayeva M.Zh., Maximov V.Yu., Ospanova Sh.S. Numerical simu¬lation of the influence of the atomization velocity on the liquid hydrocarbon fuel’s combustion // Proc. of the 2013 Intern. Conf. on Applied Mathematics and Computational Methods in Engineering (AMCME 2013). – Rhodes Island, 2013. – P. 155-158.
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How to Cite
Аскарова, А., Болегенова, С., & Оспaновa Ш. (2016). Computer modeling of the effect of speed on the process of injection combustion of liquid fuels of various types at high pressures. Recent Contributions to Physics (Rec.Contr.Phys.), 58(3), 26–32. Retrieved from https://bph.kaznu.kz/index.php/zhuzhu/article/view/471
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Thermal Physics and Theoretical Thermal Engineering
