... 09 2011 15 02 2012 15 02 2012 chemically reactive flow flames flow simulation fuel organic compounds two-phase flow wetting concurrent flame spread methanol pool liquid–gas interface flame spread velocity flame anchoring point The following assumptions...

... are computed. The results show very good agreement with the measured data. 29 10 2010 24 09 2011 13 02 2012 13 02 2012 adsorption boundary layers catalysis channel flow chemically reactive flow combustion desorption heat transfer hydrogen laminar flow numerical analysis...

... reactive flow combustion combustion equipment diffusion flames heat transfer laminar flow organic compounds pipe flow radiative transfer combustion and reactive flows radiative heat transfer experimental techniques Flame radiation originates from emission of energy by hot gaseous...

... 10 2011 chemically reactive flow computerised tomography convection finite volume methods flow simulation flow through porous media fuel gasification mass transfer porosity pyrolysis solid-vapour transformations thermochemistry two-phase flow packed bed solar energy...

... is very good especially in the first 105 mm. However, some differences are observed in the vicinity of the exit section of the rectangular channel. 07 05 2009 03 05 2011 31 08 2011 31 08 2011 adsorption air boundary layers catalysis channel flow chemically reactive flow...

... applications. 21 12 2009 25 04 2011 11 08 2011 11 08 2011 chemically reactive flow copper design engineering flow measurement heat exchangers maintenance engineering nickel pipe flow thermal resistance velocity measurement fouling 90/10 Cu/Ni tube heat transfer...

..., and the evaporation rate constants are presented for all the cases. The variation of normalized Damköhler number is also presented to show the cases where combustion or pure evaporation would occur. 14 01 2011 25 03 2011 25 03 2011 01 08 2011 01 08 2011 chemically reactive flow...

... errors in the presence of thick electric double layers. Also the Nusselt number, which is an important parameter in design and active control of microdevices, was not considered. electro-osmotic flow microchannel Joule heating power-law fluids flow behavior index chemically reactive...

... is increased, the filter regeneration process is promoted. 02 11 2009 12 09 2010 04 03 2011 04 03 2011 chemically reactive flow combustion filtration flow simulation flow through porous media heat transfer lattice Boltzmann methods soot combustion and reactive flows...

... . 10.1115/1.1824108 carbon chemically reactive flow computational fluid dynamics confined flow dissociation finite difference methods finite volume methods heat radiation hydrogen nucleation swirling flow temperature distribution two-phase flow computational flow dynamics solar...

... research needs to be conducted under various flow conditions or configurations. chemically reacting flow combustion turbulent heat transfer flame holder channel flow channel flow chemically reactive flow combustion turbulence vortices 16 08 2009 02 02 2010 30 06...

... behaviors of thick-solid fuel into four groups according to the “flame propagation index,” i.e., nonpropagating, decelerating propagation, nonaccelerating propagation, and accelerating propagation. solid flame spread fire growth limiting flame length microgravity chemically reactive flow...

... temperature and volume fraction fields in both axisymmetric and asymmetric flames well. 10 06 2009 15 10 2009 31 03 2010 31 03 2010 CCD image sensors chemically reactive flow combustion flames flow visualisation soot soot temperature soot volume fraction axisymmetric...

... ml gasoline was set up inside the room. An opening with a width of 0.1 m and height of 0.75 m was designed to direct smoke and heat from the fire room into the solar chimney model. 22 09 2008 21 07 2009 23 10 2009 chemically reactive flow combustion confined flow exhaust...

... chemically reactive flow combustion flames gas mixtures organic compounds platinum stagnation flow surface chemistry catalytic combustion platinum propane methane lean extinction limit Catalytically assisted combustion can greatly improve the performance of combustion devices and aid...

... to prohibitive computing time. This is even more critical for unsteady combustion simulations, where the full coupling with radiation is required. radiative heat transfer unsteady combustion Monte Carlo discrete ordinates three-dimensional geometries chemically reactive flow combustion...

... ), to aid in the design of cleaner combustors that can satisfy stricter emission standards for particulates such as soot. LES FMDF method soot turbulence-radiation interactions chemically reactive flow combustion computational fluid dynamics flames heat radiation soot turbulence...

... 12 2007 07 08 2008 chemically reactive flow cooling heat transfer heat treatment heating ignition Knudsen flow metals transition regime heat transfer ignition delay energetic particle magnesium ignition Problems involving the heat transfer between spherical...

... notably carbon dioxide ( C O 2 ) and water vapor ( H 2 O ) , and (ii) the “luminous,” which is mainly due to the soot formed in the flame. discrete ordinate method large eddy simulation radiative heat transfer turbulent combustion chemically reactive flow...