| • भँवर विस्कासिता • भँवर-श्यानता • भंवर विस्कासिता • भंवर-श्यानता | |
| eddy: आवर्त चक्कर | |
| viscosity: गाढ़ापन चिपचिपापन | |
eddy viscosity मीनिंग इन हिंदी
eddy viscosity उदाहरण वाक्य
उदाहरण वाक्य
अधिक: आगे- The eddy viscosity is calculated separately for each layer and combined using:
- This can be approximated by the eddy viscosity.
- It models the eddy viscosity as:
- The closure problem is solved through the Boussinesq eddy viscosity concept relating the Reynold stresses to the mean velocity field.
- These are based on an artificial eddy viscosity approach, where the effects of turbulence are lumped into a turbulent viscosity.
- Most eddy viscosity SGS models model the eddy viscosity as the product of a characteristic length scale and a characteristic velocity scale.
- Most eddy viscosity SGS models model the eddy viscosity as the product of a characteristic length scale and a characteristic velocity scale.
- In order to understand the vertical velocity structure of the water column, equations and can be rewritten in terms of the vertical eddy viscosity term.
- If the flow is homogeneous within the region, we can set the product of the vertical gradient of the mean horizontal flow and the eddy viscosity coefficient \ K _ m equal to \ u _ * ^ 2:
- where \ u and \ v are the velocities in the \ x and \ y directions, respectively, \ f is the local Coriolis parameter, and \ K _ m is the diffusive eddy viscosity, which can be derived using mixing length theory.
