... difference time-domain analysis flow simulation flow through porous media Maxwell equations stratified flow microwave radiation multilayer porous packed bed rectangular waveguide Brinkman–Forchheimer extended Darcy model Maxwell’s equation Microwave heating has become an attractive...

... transient technique induction heating bypass effect channeling effect flow simulation flow through porous media heat transfer induction heating numerical analysis two-phase flow 10 12 2010 04 09 2011 15 02 2012 15 02 2012 Determining the heat transfer coefficient...

... on the heterogeneity effects in the convective flows in porous media is available in the book by Nield and Bejan [( 2 )]. porous medium heterogeneity convective instability Darcy’s law variable porosity convection flow instability flow simulation flow through porous media numerical analysis...

... fill the original interspace of the xonotlite-type calcium silicate and ceramic fiber in the two kinds of composite insulation materials. 23 08 2010 03 05 2011 13 02 2012 13 02 2012 aerogels composite materials flow measurement flow through porous media heat transfer...

... flow through porous media foams graphite permeability thermal conductivity porous media thermal dispersion convective heat transfer permeability hydraulic loss metal foam graphite foam High-conductivity porous materials, such as aluminum and graphite foams, have been the subject...

... 11 03 2011 26 01 2012 26 01 2012 convection flow through porous media mass transfer melting non-Newtonian flow non-Newtonian fluids thermal diffusion The study of convective heat and mass transfer accompanied by melting effect in porous media has received much attention...

... simulation flow through porous media mass transfer natural convection numerical analysis thermal diffusion double diffusion fluid/porous layer stability analysis convection onset Processes involving heat and mass transfer and fluid flow in heterogeneous domains consisting of a porous...

... simulation flow through porous media gas cooled reactors heat transfer thermal conductivity systems computational fluid dynamics pebble bed reactor porous structure ressure drop effective thermal conductivity In the thermal-fluid design of complex thermal-fluid systems consisting...

... validity criterion of the radiative Fourier’s law has recently been defined. Some paths for future research are finally given. flow through porous media heat radiation Monte Carlo methods radiative transfer statistical analysis porous medium radiative distribution functions radiative...

... and selected by the organizing committee, represented by the Guest Editors of this volume. During this process of selection, particular emphasis was placed on covering the wide range of topics, from classical to current, of interest to the heat transfer community around the world. flow through porous...

.... 045206 . 10.1088/0957-0233/20/4/045206 05 01 2011 31 08 2011 13 12 2011 13 12 2011 bubbles carbon nanotubes cooling drops evaporation flow through porous media flow visualisation heat pipes jets mass transfer pipe flow two-phase flow dryout carbon...

... for sintered materials, correlations based on the current results are proposed for the three samples considered in this work. 17 01 2011 27 07 2011 29 11 2011 29 11 2011 computational fluid dynamics computerised tomography copper flow simulation flow through porous media...

... Macdonald , I. F. , El-Sayed , M. S. , Mow , K. , and Dullien , F. A. L. , 1979 , “ Flow Through Porous Media—The Ergun Equation revisited ,” Ind. Eng. Chem. Fundam. , 18 , pp. 199 – 208 . 10.1021/i160071a001 16 Ward , J. , 1964 , “ Turbulent Flow in Porous Media ,” J. Am...

... number will reduce the thermal layer thickness. The overall effect of temperature jump, κ , is to substantially reduce the thickness of the thermal layer. 30 08 2010 08 07 2011 07 10 2011 07 10 2011 boundary layers discs (structures) flow through porous media heat...

... is studied. The eigenvalue problem is solved numerically. channel flow eigenvalues and eigenfunctions flow instability flow through porous media permeability temperature distribution porous medium heterogeneity linear stability convection viscous dissipation We distinguished...

... 2011 02 06 2011 06 06 2011 20 09 2011 20 09 2011 flow through porous media heat exchangers heat transfer pipe flow volume averaging theory closure heat exchanger length scale Fin-and-tube heat exchangers are widely used in thermal engineering applications...

... for the individual phases reduce to the following ordinary differential equations Heat transfer in a channel filled with a metal foam bounded by isothermal walls 27 01 2011 16 05 2011 19 09 2011 19 09 2011 boundary layers channel flow convection flow simulation flow through...

... flow through porous media fracture geothermal power heat transfer laminar flow permeability rocks terrestrial heat 14 11 2010 05 06 2011 19 09 2011 19 09 2011 2011 American Society of Mechanical Engineers ...

... through porous media nonequilibrium flow thermal condition porous-fluid interface local thermal nonequilibrium Due to its wide range of engineering applications, convective heat transfer in porous media has gained increased interest in recent years. These applications include geothermal...

... York . 04 04 2011 27 06 2011 16 09 2011 16 09 2011 flow through porous media forced convection heat exchangers lightweight structures metal foams thermal resistance metal foams forced convection parametric study thermal resistors model development...