... chemically reactive flow combustion combustion equipment flames flow instability flow simulation gas turbines swirling flow turbulence In Figs. 6a and 6b we show contours of the vorticity magnitude | ω ̃ | = 1 2 | ∇ × v ̃ | and the heat-release Q...

... and temperature fields, emissions, and liner wall temperature as well as the pattern factor at the combustor outlet [( 2 3 4 )]. aerospace engines air pollution chemically reactive flow combustion equipment flames gas turbines nozzles temperature distribution turbulence 11 01 2011 01...

... the planes (methane) bioenergy conversion chemically reactive flow computational fluid dynamics Navier-Stokes equations turbulence Turbulent mixing of fuel and air plays a significant role in gas turbine combustion with respect to pollutant formation and emissions and chemical reactions...

.... Experimental and predicted amplitudes of the instabilities for the L 2 = 0.1   m confinement tube for increasing ( a ) and decreasing ( b ) sweeps of the feeding manifold length L 1 02 06 2010 06 06 2010 15 02 2011 15 02 2011 chemically reactive flow...

... to predict temperature values for combustor operation with different fuels and steam to fuel ratios. 15 04 2010 27 04 2010 28 10 2010 28 10 2010 blades chemically reactive flow combustion computational fluid dynamics cooling engines flow simulation gas turbines numerical...

... coherent structures flow instability flow forcing chemically reactive flow combustion combustion equipment Doppler measurement engines flow instability flow visualisation fluid oscillations fuel systems gas turbines hydrodynamics laser velocimetry matrix decomposition particle velocity...

... vortex breakdown and external unsteady flow behavior. The data provide a challenging test case for Large Eddy Simulation methods being developed for combustion system simulation. 01 10 2003 01 03 2004 vortices flow instability chemically reactive flow flow simulation combustion...

... analysis wave equations flow instability chemically reactive flow The calculation and modeling of combustion instabilities has a history reaching back to the mid of the last century, when this problem became important for the development of rocket engines, 1 . A large variety of methods has...

... Headquarters July 2002. Associate Editor: P. Malte. 01 Aug 2001 01 July 2002 27 12 2002 flames combustion gas mixtures pattern classification chemically reactive flow temperature distribution stability mixing The interest in low NO x combustion originates...

... received by the ASME Headquarters, November 15, 2000. Associate Editor: D. Assanis. 06 June 2000 15 November 2000 flames combustion gas mixtures chemically reactive flow velocity measurement flow measurement turbulence modelling Accurate turbulent flame speed models...

... by the FACT Division, August 12, 2000; final revision received by the ASME Headquarters, November 15, 2000. Associate Editor: H. D. Nelson. 12 August 2000 15 November 2000 flames combustion swirling flow chemically reactive flow flow instability gas mixtures temperature measurement...

... 01 Oct 1999 01 Oct 2000 gas turbines performance evaluation fuel optimal control combustion emission mixing chemically reactive flow swirling flow Gas turbines have been developed to operate on a wide variety of fuels and the significant role of the fuel composition...

.... Associate Editor: D. Wisler. 08 May 2000 01 Oct 1999 01 Oct 2000 combustion oscillations aerospace engines sprays computational fluid dynamics Monte Carlo methods turbines fuel chemically reactive flow Most types of combustion-driven devices experience combustion...

... influences both on flame stabilization and combustion instabilities. gas turbines fuel air mixing swirling flow turbulence chemically reactive flow 01 Oct 1999 01 Oct 2000 Contributed by the International Gas Turbine Institute (IGTI) of THE AMERICAN SOCIETY OF MECHANICAL...

... presented here. aerospace engines turbulence chemically reactive flow computational fluid dynamics transport processes flames combustion Modern aeroengines have to satisfy very low emissions requirements. The optimization of the combustors of these engines is therefore an integral...

... the capabilities of its numerical design tools and combustion CFD. aerospace engines combustion chemically reactive flow mixing fuel optimal control laser Doppler anemometry computational fluid dynamics 08 May 2000 01 Oct 1999 01 Oct 2000 Contributed by the International Gas...

... of water or steam into the combustion chamber. combustion flames chemically reactive flow turbulence nitrogen compounds oxygen compounds fuel swirling flow 08 May 2000 01 Oct 1999 01 Oct 2000 Contributed by the International Gas Turbine Institute (IGTI...

... engines gas turbines nitrogen compounds oxygen compounds combustion fuel swirling flow chemically reactive flow air pollution control Environmental disruption of the ozone layer by NO x emission exhausted from the high-speed airplane at high altitude has become a critical...

... Headquarters Oct. 2000. Associate Editor: D. Wisler. 08 May 2000 01 Oct 1999 01 Oct 2000 gas turbines two-phase flow chemically reactive flow combustion emission computational fluid dynamics fuel mixtures Modern gas turbines are being designed with respect to high...

..., Munich, Germany, May 8–11, 2000; Paper 00-GT-099. Manuscript received by IGTI Oct. 1999; final revision received by ASME Headquarters Oct. 2000. Associate Editor: D. Wisler. 08 May 2000 01 Oct 1999 01 Oct 2000 gas turbines combustion flames chemically reactive flow turbulent...