NUMERICAL SIMULATION OF HEAT TRANSFER AND FLOW STRUCTURE IN 3-D TURBULENT BOUNDARY LAYER WITH IMBEDDED LONGITUDINAL VORTEX
作者： J.Y. Jeong , H. S. Ryou
DOI: 10.1080/10407789708914046
关键词: Turbulence 、 Mechanics 、 Classical mechanics 、 Vortex ring 、 Churchill–Bernstein equation 、 Boundary layer thickness 、 Vortex 、 Secondary flow 、 Boundary layer 、 Flow separation 、 Mathematics
摘要: Abstract Heat transfer characteristics and flow structure in turbulent flaws through a flat plate three-dimensional boundary layer containing built-in vortex generators have been analyzed by means of the space marching Crank-Nicolson finite difference method. The method solves “slender” approximation steady Navier-Stokes energy equations. This study used eddy diffusivity model standard k-e to predict heat field with imbedded longitudinal vortex. results show distortion due vortices, such as strong spanwise divergence thinning. skin friction relatively good comparison experimental data. core moves slightly away from wall grows slowly; consequently, influences over very long distance downstream. enhancement vicinity is increa...
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