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To study the best mixing locations of the gas and the air in such a narrow space within the width of the rotary furnace, this dissertation designs four programs to simulate the regenerative combustion process. By analyzing the simulation results of those four programs, it is found that the furnace reaches the best efficiency if the mixing point locates at 40% to 50% of the furnace-wide. Experimental...
A computational fluid dynamics code for multispecies, Favre-Averaged Naveir-Stokes equations is developed to simulate the turbulent supersonic two-dimensional reacting flow. The explicit ENO scheme (third order of accuracy) has been used to solve the system of equations, and algebraic Baldwin-Lomax's turbulence model to calculate the eddy viscosity coefficient. For the description of processes of...
With the multi-source vortex (MSV) structure fixed on the exit plane of axial swirler, the flow field of combustor was simulated and the effect of MSV structure on the mixing enhancement of fuel/air was studied. The total temperature of the air inlet was 294.3K, ethane (C2H6) was used as the fuel and the total equivalence ratio was 0.6. The results indicated that a pair of small scale counter-rotating...
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