Investigation of turbulent heat and mass transfer in high- and chemically reacting flows
29 38
Keywords:
numerical modeling, combustion, combustion chamber, thermal performance, reacting mixture.Abstract
There were researched processes of heat mass transfer by burning of pulverized coal on the sample of combustion chamber BKZ-75 of Shahtinsk TPS by using of 3D Modeling technologies on the basis of differential equation solution of turbulent reacting flows. Got distribution of vector components of full speed in different sections of combustion chamber, given dependence of velocity vector to the height of combustion chamber, obtained temperature profiles and its distribution on the height of combustion chamber. Set minimum and maximum values of given variables, shown dynamics of changing of given characteristics in the volume of investigated combustion chamberReferences
1 Polezhayev V.I., Bune A.V., Verezub N.A.
Mathematic modeling of convective heat mass
exchange on the basis equivalence Navew-Stox.
M.: Science, 1987, 256p.
2 Oran E., Boriss J. Numerical modeling of
reacting flows. - M.: World, 1990. – 660 p.
3 Pauker W. Creating data sets for
FLOREAN using the tool PREPROZ, TU. –
Braunschweig: IWBT, 1997. 3–24 p.Müller H.
Numerische Berechnung dreidimensionaler
turbulenter Strömungen in Dampferzeugern mit
Warme Übergang und chemischen Reaktionen am
Beispiel des SNCR–Verfahrens und der
Kohleverbrennung. –Braunschweig: Fortschritt–
Berichte VDI–Verlag,1992.- 158 p.
4 Askarova A.S., Messerle V.E., Ustimenko
A.B., Nagibin A.O. Dust coal burning in the
furnace with plasma-heating system //Heatphysics
and aeromechanics-2010.-Т. 17. – 3, 467–476p.
5 Askarova A.S., Messerle V.E., Ustimenko
A.B., Nagibin A.O., Lavrishev O.A. Modeling of
plasma supported coal combustion in full-scale
boiler // Thermo technics -2009.-T. 35. 149–162p.
6 Askarova A., Karpenko E., Lavrishcheva
Y., Messerle V., Ustimenko A. Plasma-supported
coal combustion in boiler furnace. IEEE
Transactions on Plasma Science.-2007 V. 35. –
№ 6. 1607–1616p.
7 Askarova A.S., Messerle V.E., Nagibin
A.O., Ustimenko A.B. Modeling of plasmaassisted
coal dust ignition and combustion. Acta
Technica. – 2011. – V.56. 338–355p.
Mathematic modeling of convective heat mass
exchange on the basis equivalence Navew-Stox.
M.: Science, 1987, 256p.
2 Oran E., Boriss J. Numerical modeling of
reacting flows. - M.: World, 1990. – 660 p.
3 Pauker W. Creating data sets for
FLOREAN using the tool PREPROZ, TU. –
Braunschweig: IWBT, 1997. 3–24 p.Müller H.
Numerische Berechnung dreidimensionaler
turbulenter Strömungen in Dampferzeugern mit
Warme Übergang und chemischen Reaktionen am
Beispiel des SNCR–Verfahrens und der
Kohleverbrennung. –Braunschweig: Fortschritt–
Berichte VDI–Verlag,1992.- 158 p.
4 Askarova A.S., Messerle V.E., Ustimenko
A.B., Nagibin A.O. Dust coal burning in the
furnace with plasma-heating system //Heatphysics
and aeromechanics-2010.-Т. 17. – 3, 467–476p.
5 Askarova A.S., Messerle V.E., Ustimenko
A.B., Nagibin A.O., Lavrishev O.A. Modeling of
plasma supported coal combustion in full-scale
boiler // Thermo technics -2009.-T. 35. 149–162p.
6 Askarova A., Karpenko E., Lavrishcheva
Y., Messerle V., Ustimenko A. Plasma-supported
coal combustion in boiler furnace. IEEE
Transactions on Plasma Science.-2007 V. 35. –
№ 6. 1607–1616p.
7 Askarova A.S., Messerle V.E., Nagibin
A.O., Ustimenko A.B. Modeling of plasmaassisted
coal dust ignition and combustion. Acta
Technica. – 2011. – V.56. 338–355p.
Downloads
How to Cite
Askarova, A. S., Bolegenova, S. A., Maximov, V. J., Bekmuhamet, A., & Beketaeva, M. T. (2012). Investigation of turbulent heat and mass transfer in high- and chemically reacting flows. International Journal of Mathematics and Physics, 3(2), 174–180. Retrieved from https://ijmph.kaznu.kz/index.php/kaznu/article/view/60
Issue
Section
Thermophysics
