Heat, mass and momentum transfer across a wavy boundary
作者： N.C.G. Markatos
DOI: 10.1016/0045-7825(78)90073-7
关键词: K-omega turbulence model 、 Physics 、 Boundary layer 、 Turbulence kinetic energy 、 Turbulence 、 Mechanics 、 Reynolds number 、 K-epsilon turbulence model 、 Laminar flow 、 Classical mechanics 、 Churchill–Bernstein equation
摘要: Abstract This paper describes the application of a numerical procedure to computation hydrodynamics and heat/mass transfer processes for shearing flow fluid over wavy boundary. The situation is treated as elliptic in nature cover speculations previous authors that circulating eddy generated troughs. turbulence model used comprises two differential equations, one kinetic energy other its dissipation rate. present analysis needs none usual wave assumptions applicable flows any Reynolds number waves shape characteristics type (solid rigid, solid but flexible, interfaces between fluids). Predictions are obtained air water standing channel, these predictions agree satisfactorily with observed experimental data.
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