... Cartesian coordinates X, Y=dimensionless coordinates Greek symbols Ioan Pop can be contacted at: popm.ioan@yahoo.co.uk © Emerald Group Publishing Limited 2012 Natural convection Open cavity Inclination angle Porous media Porous materials Flow Convection...

... Emerald Group Publishing Limited 2012 Pulsatile flow Porous annulus Homotopy analysis method Flow Porous materials a and b=radii (a<b) u=velocity component in the positive direction of r w=velocity component...

... increases. A.J. Chamkha can be contacted at: achamkha@yahoo.com © Emerald Group Publishing Limited 2012 Natural convection Porous media Nanofluid Cone Thermophoresis Brownian diffusion Convection Porous materials Heat transfer Finally, Figures 12 and 13 present...

... be contacted at: zhangyu@missouri.edu © Emerald Group Publishing Limited 2012 Porous materials Solidification Liquids Copper Convection Conduction A=aspect ratio (W/H) T=dimensionless temperature, (T⁰−T_m⁰...

.../V_{c) Convection Flow Porous materials Heat transfer Finite element analysis A wide range of scientific and engineering applications such as packed bed reactors, porous insulation, beds of fossil fuels, nuclear waste disposal, porous conical bearings in lubrication technology}...

... and the concentration profiles. A.J. Chamkha can be contacted at: achamkha@yahoo.com © Emerald Group Publishing Limited 2011 Heat transfer Mass transfer Porous materials Convection Chemical reactions Simultaneous heat and mass transfer from different geometries embedded in porous media has...

...′=characteristic solute concentration, j′H′/D M. Hasnaoui can be contacted at: hasnaoui@ucam.ac.ma © Emerald Group Publishing Limited 2011 Porous materials Thermal diffusion Fluxes Convection Flow H′=height of the enclosure Le=Lewis number, α/D...

... can be contacted at: achamkha@yahoo.com © Emerald Group Publishing Limited 2010 Chemical reactions Convection Dissipation factor Porous materials C species concentration in the fluid c_f Forchheimer coefficient...

... less. Originality/value The work introduces original findings for cooling applications. When porous blocks are used for electronic cooling, the blocks configurations are very important. This is clearly demonstrated in this study. Porous materials Blocks Thermodynamic properties Cooling Flow...

..., for example, axisymmetric flow in combustors. O.D. Makinde can be contacted at: makinded@cput.ac.za © Emerald Group Publishing Limited 2010 Electric current Magnetic fields Porous materials Flow Heat transfer Viscosity B₀ magnetic flux density...

... Convection Porous materials Simulation Pipes Meshes Double‐diffusive convection in a porous medium, like its counterpart in a viscous fluid, exhibits a wide range of interesting convective flow structure and behavior. Double‐diffusive effects occur when there are opposing gradients of two...

... can be contacted at: burhan@ktu.edu.tr © Emerald Group Publishing Limited 2009 Porous materials Fluid dynamics Fluid engineering Turbulent flow The drag control of a body and the control of heat transfer from a surface are of primary interest for the fluid–solid interaction...

...) (Equation 15) H.M. Duwairi can be contacted at: duwairi@ju.edu.jo © Emerald Group Publishing Limited 2009 Heat transfer Mass transfer Convection Porous materials In this paper the thermophoresis‐thermal radiation interaction is studied. The effect of thermophoresis...

... to the conducting solid bottom wall. Ioan Pop can be contacted at: pop.ioan@yahoo.co.uk © Emerald Group Publishing Limited 2009 Heat transfer Porous materials Heat conduction Convection Numerical analysis g =gravitational acceleration h =dimensionless height...

... Limited 2009 Porous materials Fluid dynamics Flow There is a variety of engineering applications ranging from oil recovery and soil flows to composites, printing, polymer filling, fuel cells in which the spread of the fluid phase into porous medium occurs (Holman et al., 2002...

... technologies, chemical processing equipment, etc. Manab Kumar Das can be contacted at: manab@mech.iitkgp.ernet.in © Emerald Group Publishing Limited 2009 Convection Porous materials Numerical analysis Flow A =area (m^{2) Da =Darcy number, κ}...

... porous medium with mass transfer and a constant heat flux. O.D. Makinde can be contacted at: dmakinde@yahoo.com © Emerald Group Publishing Limited 2009 Convection Flow Porous materials Magnetohydrodynamics Heat Flux u¯, v¯ Velocity‐components g...

..., Darcy number and Reynolds number on lift and drag coefficients, and the length of circulation zone or shedding period are studied. H.T. Low can be contacted at: mpelowht@nus.edu.sg © Emerald Group Publishing Limited 2009 Porous materials Liquid flow Laminar flow Numerical analysis...

..., the principal component of a phase is the component present in that phase at STC. Specifically, oil, gas and water are the principal components of the liquid, vapor and aqua phases, respectively. © Emerald Group Publishing Limited 2009 Flow Porous materials Numerical analysis Fluid mechanics...

... ^(A_{o) τg=tortuosity Ωkl=diffusion collision integral Solid fuels Oxide Simulation Porous materials Mass Finite element analysis Ck=k‐sepcies molar concentration (mol m⁻³}...