... of the recess length l R , it is shown that the spray cone angle and the drop size decrease as l R increases. 06 02 2011 12 10 2011 23 12 2011 23 12 2011 chemically reactive flow combustion drops fuel mixing pattern formation rocket engines sprays turbulence two-phase flow...

..., elutriation, and segregation [( 3 )- 8 ]. air chemical reactors chemically reactive flow computational fluid dynamics flames flow simulation flow visualisation fluidisation fluidised beds fuel gasification hydrodynamics mixing Time-average void fraction profiles of the 3 . 0...

... hot, chemically active reactants in the CRZ, enabling excellent flame stability with a variety of fuels [( 3 18 19 22 )]. chemically reactive flow combustion combustion equipment flames flow instability flow visualisation fluctuations fluid oscillations pressure measurement shear flow...

... with Droplets and Particles , CRC Press , Boca Raton, FL . boilers chemically reactive flow combustion computational fluid dynamics flow simulation hardness heat transfer metallography pipe flow temperature distribution wear CFD simulation combustion flow mal-distribution...

... numerical results are given for an inducer geometry and comparisons are made with experimental data (head drop curves) obtained by NASA. 13 10 2009 16 09 2010 18 11 2010 18 11 2010 cavitation chemically reactive flow computational fluid dynamics cryogenics hydrogen oxygen...

... in Bubble Columns ,” International Journal of Chemical Reactor Engineering , 5 , pp. 1 – 68 . 10.2202/1542-6580.1368 bubbles chemically reactive flow flammability mass transfer non-Newtonian flow non-Newtonian fluids radioactive waste storage tanks (containers) water mass transfer...

.... , Tribus , M. , and Klein , J. S. , 1956 , “ Heat Transfer to Laminar Flow in a Round Tube or Flat Conduit—The Graetz Problem Extended ,” Trans. Am. Soc. Mech. Eng. , 78 , pp. 441 – 448 . chemically reactive flow differential equations external flows fluid oscillations mass transfer...

... with the corresponding efficiency of the single Venturi. Finally, the relationship between the main parameters of cavitation reaction flow with the chemical performance was discussed. 28 01 2008 13 09 2008 26 11 2008 bubbles cavitation chemically reactive flow hydrodynamics oxidation...

... combustor may comprise over 70% of the total air flow, the overall N O x emission levels were found to be more sensitive to mainstream air preheat than to jet stream air preheat. Email: jjdholdeman@aol.com 07 09 2006 02 05 2007 chemically reactive flow combustion combustion...

... simulations. This is achieved through similar spatial filtering of both the PIV data and LES simulation. Statistical quantities such as mean and rms fluctuating velocities are obtained in a similar fashion in both experiment and simulation. chemically reactive flow combustion velocity measurement gas...

... results. The combined results are in good agreement and provide a thorough statistically founded experimental validation of the addition principle, based on a broad applicability range. 22 08 2005 01 02 2006 pulsatile flow confined flow catalysts chemically reactive flow flow...

... combustion engines electrohydrodynamics drops sprays two-phase flow ignition chemically reactive flow wetting confined flow combustion flow simulation computational fluid dynamics Monte Carlo methods electrosprays electrohydrodynamics DISI engines GDI engines model engines engine...

.... The use of counterflow also enhances three dimensionality, a feature that is expected to be beneficial under burning conditions. 24 02 2004 24 11 2004 25 01 2005 shear turbulence combustion chemically reactive flow flow control turbulent diffusion flow separation confined flow...

... in applications and the future outlook are discussed. reviews flow simulation turbulence combustion chemically reactive flow Subgrid-scale modeling of premixed and partially-premixed reactions is in several ways more difficult, mainly due to the treatment of the flame itself. Whereas in nonpremixed...

... chemically reactive flow confined flow Air issuing from the compressor within a gas turbine engine is initially decelerated by the combustor diffuser system, prior to being distributed around the flame tube to the various porous features. This external flow, together with the flame tube porosity...

... , I. , Lehnert , W. , and Meusinger , J. , 1998 , “ Structural Properties of SOFC Anodes and Cathodes ,” Electrochim. Acta , 43 ( 19–20 ), pp. 3059 – 3068 . fuel cells inverse problems chemically reactive flow diffusion electrohydrodynamics flow instability electrochemistry...

.... 13 June 2002 01 November 2002 09 06 2003 combustion optimisation chemically reactive flow The gasoline direct injection (GDI) engine offers a multitude of potential advantages which may lead to improved emissions and fuel economy relative to port injected spark ignition...

... Nov. 14, 2002. Associate Editor: S. Ceccio. 11 Oct 2001 14 Nov 2002 09 06 2003 liquid metals drops sprays oxygen oxidation two-phase flow chemically reactive flow jets The generation of monosized droplets has been a topic of interest for many decades...

... laser beam applications tracers fuel chemically reactive flow mixtures Laser induced fluorescence (LIF) is a technique widely developed for the study of the mixture formation in internal combustion (IC) engines with the measurements of species concentration, temperature, and the flow...

... flow simulation chemically reactive flow computational fluid dynamics During the last decades the numerical methods on heat transfer and fluid flow have been consolidated as an indispensable tool for the resolution of thermal and mechanical engineering problems, being nowadays an essential...