TWO APPROACHES TO CLOSING THE EQUATIONS
OF MOMENTUM AND HEAT TRANSFER IN TURBULENT 
CHEMICALLY REACTIVE GAS-DISPERSED FLOWS
ON THE STABILIZED PORTION OF AN AXISYMMETRIC
CHANNEL

B. B. Rokhman

UDC 532.529:662.62

Consideration is given to two systems of equations of 
transfer of correlations of particle-velocity and temperature pulsations, 
which differ in the method of closing. A closed description of the 
heat transfer of the solid phase is carried out at the level of equations 
for second moments in the first case and for third moments in the 
second case. A comparative analysis of the two methods of calculation 
of the ascending nonisothermal flow of a gas suspension is made based 
on numerical investigations.

Institute of Coal Power Technologies, National Academy 
of Sciences of Ukraine, and Ministry of Fuel of Ukraine, 19 Andreevskaya 
Str., Kiev, 04070, Ukraine. Translated from Inzhenerno-Fizicheskii 
Zhurnal, Vol. 80, No. 6, pp. 90-101, November-December, 2007. 
Original article submitted March 21, 2006.