| 11. | This section lists some commonly used computational models for turbulent flows.
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| 12. | The pressure fluctuations in a turbulent flow may be similarly characterized.
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| 13. | It is believed that turbulent flows obey similar equations to the laminar case.
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| 14. | :: : Drag effects are different for laminar and turbulent flow.
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| 15. | In turbulent flows, computational fluid dynamics also considers the effects of turbulent diffusivity.
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| 16. | In highly turbulent flows, intermittency is seen in the irregular dissipation of kinetic energy.
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| 17. | Hydraulic diameter is mainly used for calculations involving turbulent flow.
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| 18. | They have little to do with laminar / turbulent flow.
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| 19. | :This seems like a complex problem in turbulent flow dynamics.
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| 20. | The platform itself keeps the telescope above turbulent flows of air along the ground.
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