The steady part of an inclined wall buoyant jet consists of a flow development region and a fully developed region of flow. The properties of fully developed region of flow have been investigated analytically. On the other hand the properties of flow development region are unknown. This paper reports a study of flow development region of inclined wall buoyant jet. To investigate flow development region, we carried out experiments and a numerical analysis. The purpose of our experiment was to find the properties of flow development region of inclined wall buoyant jet. The mean velocities and Reynolds stresses are measured by using Laser Doppler Anemometer. The k-\epsilon\ turbulence model is used in the analysis. The basic equations for two-dimensional inclined wall buoyant jet are discretized by SIMPLE method. It is found that a numerical model can explain well experimental result.
壁面密度噴流の形成領域について
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