... of combustion, flow distribution in reheater tubes, and heat exchange process in Pass 1 of the boiler using FLUENT software. Combustion simulation results showed temperature distribution and mass flux of combustion products are not uniform at the chamber outlet. But these non-uniformities are not proportional...

... flow flow through porous media boundary layers temperature distribution numerical analysis blowing laminar channel flow heat transfer boundary layer asymptotic expansions Flows induced by blowing through permeable walls have been the subject of many isothermal studies due...

... bubble traveling on the suction side of the blade. Cavity shape and temperature distribution predicted by both models are compared. The evolutions of cavity length with the cavitation number for cold water (without thermal effects) and for Refrigerant 114 at two different temperatures is compared...

... a single adsorbed layer can have a substantial effect, changing TMAC + ∕ − 20 % . The results provide encouragement to continue model development and next evaluate gas flows with Maxwell temperature distributions involving numerous impact angles simultaneously. 27 10 2005 10 06 2006...

... below 0.1 to above 0.1. Also, the higher pressure ratio makes the flow accelerate more as the flow develops through the uniform microchannel. In order to examine the heat transfer characteristics between the wall and the bulk flow, a linear temperature distribution was imposed on the wall. Most...

..., the homogeneous equilibrium model reduced from the TFM gives a good prediction of the mass flow rate as well. 15 05 2005 11 07 2005 pipe flow orifices (mechanical) two-phase flow mixtures mass transfer temperature distribution slip flow nonequilibrium flow air conditioning...

... the boundary were obtained from wavelet separation images. The boundary was compared to the experimentally obtained temperature distribution. 24 12 2003 12 05 2005 condensation two-phase flow jets discrete wavelet transforms heat transfer nozzles flow visualisation temperature...

... are studied. The fluid flow and heat transfer in the annular vapor space are simulated using Navier-Stokes equations. The governing equations are solved numerically, using finite volume approach. The vapor pressure and temperature distributions along a concentric annular heat pipe are predicted for a number...

... Fourier transforms Poisson equation temperature distribution velocity turbulence Navier-Stokes equations The present investigation studied indoor airflows, which have relatively low Reynolds numbers. The numerical oscillation or instability is not significant. However, this oscillation...

... ENGINEERING . Manuscript received by the Fluids Engineering Division January 10, 2000; revised manuscript received November 17, 2000. Associate Editor: D. R. Williams. 10 January 2000 17 November 2000 boundary layers wakes heat transfer flow simulation temperature distribution...