... cerium compounds infrared spectra porosity porous materials thermal radiation spectroscopy transmittance cerium dioxide solar energy Solar thermochemical reactors make use of concentrated solar radiation to drive highly endothermic processes [( 1 2 3 )]. Reactors based...

...-domain analysis flow simulation flow through porous media Maxwell equations microwave heating natural convection porosity porous materials microwave heating variable porosity natural convection saturated porous media rectangular waveguide Microwave heating of a porous medium...

... by numerical methods. 22 09 2009 27 01 2010 06 01 2011 06 01 2011 flow simulation flow through porous media natural convection numerical analysis porosity porous materials natural convection resonance bidisperse monodisperse porous media numerical simulations scale...

... 11 2010 capillarity condensation convection diffusion evaporation fats flow simulation flow through porous media food manufacturing food processing industry mass transfer melting porous materials two-phase flow water Mathematical modeling has not been able to contribute...

... boiling bubbles copper flow simulation flow through porous media glass heat transfer interstitials porous materials two-phase flow two-phase heat transfer porous structure bubble dynamics critical heat flux Phase change heat and mass transport are critically important in many...

... cancer channel flow convection flow through porous media hyperthermia porous materials temperature distribution bioheat nonuniform geometry electronic and biomedical applications variable area domain porous media Analyses of temperature distribution and heat transfer through small...

... fluid dynamics cooling microchannel flow porous materials thermal conductivity 3D chip stack micropin-fin integrated water cooling conjugate heat transfer modeling variable properties thin porous medium nonthermal equilibrium Vertical integration of circuit dies has tremendous...

... natural convection nonlinear differential equations porous materials thermal conductivity thermal diffusion thermal diffusivity nonlinear conduction Kirchhoff transformation Cole–Hopf transformation nonlinear thermal diffusion temperature dependent properties Nonlinear thermal...

.... This technique is being utilized for several types of cancer ( 7 ). bioheat transfer biological tissue/organ hyperthermia porous media multilayer media biological organs biological tissues biothermics blood heat transfer inhomogeneous media porous materials thermal conductivity 10...

... surfaces for the heat exchanger application. 25 09 2008 28 02 2009 28 07 2009 flow through porous media heat exchangers heat transfer metal foams porosity porous materials metal foam goodness factor porosity pore density heat exchanger Use of extended heat...

..., catalytic reactors, petroleum industries, geothermal systems, tissue engineering, drug delivery, and advanced medical imaging as related to brain stroke. heat transfer porous materials 28 07 2009 2009 American Society of Mechanical Engineers ...

... ( 2 + 3 Pe η 1 + 2 Pe η ) P = 0 17 07 2008 22 10 2008 14 05 2009 boundary layers convection flow instability flow through porous media porous materials laminar flow mixed convection Darcy–Forchheimer model porous medium linear stability...

... into two subregions: a thicker outer subregion is filled with a porous material saturated by air, whereas a thinner inner subregion is clear. Based on the general Darcy–Brinkman–Forchheimer model for flow in porous media, numerical calculations with the control volume method produce the velocity...

...D. A. Nield 04 04 2008 20 05 2008 04 12 2008 boundary-value problems forced convection natural convection porous materials thermodynamics I thank Dr. Costa for his discussion on my paper ( 1 ), and I welcome the opportunity to clarify this matter. Costa...

... for denser foams. 14 12 2007 08 04 2008 22 10 2008 foams heat transfer porous materials thermal insulation thermal insulation EPS foams radiative heat transfer extinction coefficient scattering Expanded polystyrene (EPS) foams are cellular plastics, which...

... 2007 13 06 2008 22 10 2008 convection cooling electronics packaging foams graphite heat conduction heat exchangers heat sinks porous materials porous fins experimental heat transfer metal foam electronics cooling compact heat exchangers Metallic and graphitic...

... results lead to a correlation incorporating conductivity ratio and interstitial heat transfer coefficient. 27 12 2007 18 06 2008 20 10 2008 differential equations flow through porous media heat conduction porous materials thermal conductivity analytical solution porous...

... foams porous materials convection heat sink metal foam graphite foam Metal and graphite foams are a relatively new class of porous media characterized by having relatively high solid-phase conductivities. This is especially true if the pores are occupied by a low-conductivity fluid...

.... 29 03 2007 26 09 2007 19 05 2008 capillarity discs (structures) film condensation film flow flow through porous media heat transfer liquid films nonlinear differential equations porous materials Runge-Kutta methods wall suction filmwise condensation porous medium...