... (e.g., bone, tissue), geological materials (e.g., shale, clays) to synthetic materials (e.g., surgical masks, water filters). Amongst a myriad of processes possible in porous materials, flow through porous media is prominent. This transport phenomenon enables several functionalities in living organisms...

... solution deformation flow through porous media Poisson ratio transforms 09 10 2009 02 05 2011 06 07 2011 09 09 2011 09 09 2011 2011 American Society of Mechanical Engineers ...

... external flows flow through porous media mass transfer natural convection ventilation wind wind tunnels 23 03 2009 31 07 2009 23 02 2010 23 02 2010 2010 American Society of Mechanical Engineers ...

... to reproduce exactly the evolution of the mean and fluctuating velocities in all the explored part of the channel. 27 03 2008 01 07 2009 21 12 2009 21 12 2009 aerodynamics anemometry channel flow copper alloys flow through porous media plates (structures) porous materials...

... elastomers flow through porous media foams lubrication non-Newtonian fluids plates (structures) shear flow silicon compounds stress-strain relations viscosity foam lubrication approximation non-Newtonian porous media shear-thickening fluid While existing armor is highly advanced...

... of air (Pr=0.71) or water (Pr=7.0) flows. flow instability flow through porous media heating Laplace transforms natural convection porous materials free-convection flow oscillating plate thermal porous plate exact solution Free-convection flow is encountered in cooling of nuclear...

... , U 3 → 1 very rapidly. 08 03 2007 25 03 2008 23 10 2008 flow through porous media laminar flow shear flow The problem of flow through layered porous media finds applications in various fields of science and engineering. For example, the flow of ground water...

... greater than R ∕ h ∼ 4 . 18 05 2007 14 02 2008 14 05 2008 boundary-value problems buckling flow through porous media Laplace equations lubrication polymer foams stress-strain relations boundary value problem fluid-structure interaction foam lubrication approximation...

... natural convection flow through porous media Laplace transforms free convection heat transfer mass transfer porous plate Laplace transforms Free convection flow involving coupled heat and mass transfer occurs frequently in nature. The driving forces for this flow arise due...

... and a fluid component. 18 05 2004 05 10 2005 mixtures irreversible thermodynamics thermal diffusion suspensions two-phase flow flow through porous media heat transfer mass transfer Nonequilibrium thermodynamics presents several faces; even though thermostatics, the science...

... flow flow through porous media channel flow fluid oscillations shear flow Influence of the magnetic field on the non-Newtonian fluid flow has wide applications in chemical engineering, metallurgical engineering, and various industries. Researchers have considerable interest in the study...

... through porous media boundary layers thermal diffusion channel flow The phenomenon of natural convection, induced by two sources of buoyancy, through porous media has been recently studied extensively due to its importance in many natural and industrial problems (see for instance 1 2 3...

... of representative elementary volume associated to a given fracture distribution. 15 06 2004 08 05 2005 oils petroleum fracture flow through porous media permeability groundwater water pollution geophysical fluid dynamics Many industrial and environmental problems involve flow...

... of the interfaces between these materials. Therefore it is necessary to develop mathematical and numerical techniques to deal with such situations and in this paper an approach is presented. 24 05 2004 06 05 2005 groundwater flow through porous media channel flow geophysical fluid dynamics...

... flow through porous media laminar flow forced convection thermal conductivity pipe flow The increase in energy cost and energy consumption has required more effective use of energy. Hence, decreasing energy losses is getting more and more important. Presently, second law based methods...

... ), pp. 1 – 17. . Ingham , D. B. , 2003 , “ Basic Equations for Laminar Flows through Porous Media, Current Issues on Heat and Mass Transfer in Porous Media ,” Proc. of the NATO Advanced Study Institute on Porous Media , Neptun-Olimp, Black Sea, Romania, pp. 1 – 10 . Storesletten , L...

... profiles, temperature profiles, and the local Nusselt number variations are also drawn. 02 06 2004 20 04 2005 magnetohydrodynamics convection flow through porous media High-temperature plasmas, cooling of nuclear reactors, liquid metal fluids, magnetohydrodynamics (MHD...

... transfer flow through porous media partial differential equations heat exchangers 28 06 2004 18 04 2005 The apparent wall heat transfer coefficient h w was calculated from the following correlation ( 21 ): h w d p k f = 4 β ( d p R...

.... The skin friction, the displacement thickness, and the rate of the heat transfer at the plate are determined. 24 01 2004 16 08 2004 microfluidics heat conduction boundary layers flow simulation flow through porous media plates (structures) waves Fourier’s law of heat...

... saturation, material anisotropy, and the coupling of the different transient pore pressure, thermal, creep, and chemical effects into the process. elasticity rocks internal stresses flow through porous media 08 August 2002 03 November 2003 05 05 2004 Contributed...