... 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...

... 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...

... boundary layer methane-air chemical reactions numerical modeling mass transfer surface chemistry organic compounds air combustion chemically reactive flow heat transfer boundary layers plates (structures) finite volume methods catalysis 28 09 2006 09 01 2007 e...

... stoichiometric methanol steam reformation, 75% of hydrogen concentration can be achieved for the dry gas. In practice, extra water is usually used to prevent coking in the reformation process. hydrogen methanol reformer flowpath heat transfer fluidised beds chemically reactive flow catalysis...

... results are presented to demonstrate the effectiveness of the two approaches, just described, to enable modeling of full-scale catalytic converters. 27 03 2006 24 07 2006 exhaust systems catalysis computational fluid dynamics combustion CFD modeling catalytic converter...

... tends to aggravate the endwall cooling problem. combustion catalysis chemically reactive flow heat transfer boundary layer turbulence vortices 23 December 2003 12 October 2004 30 03 2005 Manuscript received December 23, 2003; revised manuscript received October 12...

...; revision received February 2, 2001. Associate Editor: J. P. Gore. 26 September 2000 02 February 2001 fluidised beds catalysis heat transfer computational fluid dynamics sprays chemically reactive flow mixing vaporisation drops two-phase flow Computational CFD FCC Heat...