Eddy viscosity ratio
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The eddy-viscosity ratio, <math>\frac{\mu_t}{\mu}</math>, is the ratio between the turbulent viscosity, <math>\mu_t</math>, and the dynamic molecular viscosity, <math>\mu</math>. | The eddy-viscosity ratio, <math>\frac{\mu_t}{\mu}</math>, is the ratio between the turbulent viscosity, <math>\mu_t</math>, and the dynamic molecular viscosity, <math>\mu</math>. | ||
| - | The eddy-viscosity ratio is often also called | + | The eddy-viscosity ratio is often also called turbulent viscosity ratio or simply viscosity ratio. |
[[Category:Dimensionless parameters]] | [[Category:Dimensionless parameters]] | ||
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Revision as of 16:03, 17 April 2006
The eddy-viscosity ratio, 
, is the ratio between the turbulent viscosity, 
, and the dynamic molecular viscosity, 
.
The eddy-viscosity ratio is often also called turbulent viscosity ratio or simply viscosity ratio.
