Forced Convection in a Fluid Layer of Two Immiscible Fluids Occuping a Finite Height Over a Naturally Permeable Wall
The paper examines the influence of a bounding naturally permeable wall on the velocity and temperature distributions in a fluid layer consisting of two immiscible. Newtonian fluids, the flow being caused by a constant pressure fradient. The solution has been obtained subject to a set of appropriate boundary and matching conditions linking various regions, including the B. J. condition at the porous interface. The effect of σ (porosity parameter) and y (the ratio of heights of upper and lower fluids) on various physical parameters of interest, has been shown graphically or through Tables.
N. C. SACHETI and B. S. BHATI, to appear in Handbook of Civil Engineering, Technomic Publishing, USA.
N. C. SACHETI, B. S. BHATT and S. K. BHARGAVA, Communicated for publication.
N. C. SACHETI, S. K. BHARGAVA and B. S. BHATT, Submitted for publication.
A. K. VERMA, Int. J. Engg. Sci., 2, 289, 1983.
G. S. BEAVERS and D. D. JOSEPH, J. Fluid Mech., 30, 197, 1967.
N. C. SACHETI, J. Math. Phys. Sci., 17, 567, 1983.
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