Titlebook: Emerging Technologies and Techniques in Porous Media; Derek B. Ingham,Adrian Bejan,Ioan Pop Conference proceedings 2004 Springer Science+B

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CURB

Sidewall Heating in Shallow Cavities Near the Density Maximum,bout 4°C. Since in many parts of the world, groundwater will be near this temperature for at least part of the year, it is important to examine the effects of the density maximum on convection in porous media.

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1568-2609 ro­ ductive field for many researchers and practical engineers in very diverse range of fields. The great interest in the topic stems from its widespread number of different practical applications in modern industries and in many environmental issues, such as nuclear waste management, build­ ing the

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predict

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Nikki P. Lee,C.Y. Cheng,John M. Lukshown by these studies, the Rayleigh number for the onset of synchronous convection increases with the frequency of vibration for a layer oscillating with constant vertical amplitude until a certain frequency of modulation is reached and at which the onset is in the form of subharmonic motions.

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Techniques for Solving the Boundary-Layer Equations,flow), but the flow of an almost inviscid fluid, e.g. air, past a body requires us to develop the theory of boundary layers. These flows are of great practical interest, e.g. in aerodynamical flows, and in these flows, in general, we have the Reynolds number, Re » 1.

Cloudburst

Laplacian Decomposition of Steady Free Convection in Porous Media,y harmonic functions which arise from the ideas of Goursat decomposition, whilst using a finite difference approach requires the evaluation of the gradient of the temperature inside the domain. These equations, which become coupled through the boundary conditions, are numerically solved using the boundary element method (BEM).