Heat Transfer Coef.和Wall adjacent Heat Transfer Coef.，没有 Wall Function Heat Transfer Coef。
The heat transfer characteristics are predicted of a turbulent boundary layer over a rough porous wall through which mass is injected. A proposal is made for the wall function that accounts for the simultaneous influences of roughness and mass transfer. This proposal though has no strong theoretical...
I have results from fluent with standard k-epsilon with standard wall function so that i would verify this in OpenFOAM. Unfortunately, it is still not comparable. I feel that there could be a bug some where. I used rhoSimpleFoam although buoyancy solver can also be use...
use the optional 'patches' entry. Example of function object specification: wallHeatTransferCoeff1 { type wallHeatTransferCoeff; libs ("libfieldFunctionObjects.so"); ... region fluid; patches (".*Wall"); rho 1.225; Cp 1005; Prl 0.707; Prt 0.9; } Usage Property | Description | Required ...
A temperature wall function was derived for variable-density turbulent flows that are commonly found in internal combustion engines. Thermodynamic variations of gas density and the increase of the turbulent Prandtl number in the boundary layer are included in the formulation. Multidimensional computations ...
turbulence cocurrent stream injection parameter turbulence level adiabatic wall temperature relative heat-transfer function low-turbulent jet flows/ A4725Q Convection and heat transfer A4760 Flows in ducts, channels, and conduits A4725J Turbulent diffusion A4425 Heat convection A4755C Jets in fluid ...
网络壁面函数 例句 释义: 全部,壁面函数
The overall heat transfer coefficient was found to be a function mainly of cross-sectional average suspension density. Effects of superficial velocity and solids mass flux were obscured by their interrelationship to the suspension density. Two models from the literature are evaluated using present and ...
Quadrant and Joint Probability Density Function Analyses of High-Prandtl Number Turbulent Heat Transfer in High-Reynolds Number Channel Flows The effects of the large-scale structure in a channel flow on turbulent heat transfer were investigated by using the high resolution Direct Numerical Simul... ...
The heat transfer during spray impact is considerable similar to the phenomena found in pool boiling experiments, with additional superposed hydrodynamic effects. Hereby, the heat transfer is a non-linear function of the Conflict of interest The authors declare that there is no conflict of interest....