A laboratory study models the flow around the pier of an off-shore wind turbine with a...

  

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A laboratory study models the flow around the pier of an off-shore wind turbine with a scaled model of Lr = 45. Determine the model velocity (VM) past the pier, if the water travels with V = 2.6 km/h past the prototype pier. You can assume that water with the same fluid properties is used in both model and 1002 kg/m³ and dynamic viscosity of nw = 0.001 Pa . s. prototype with density of Pw HINT: the flow around the pier is described by the Reynolds number. VM m/s (Provide your answer to 3 decimal places) = = A laboratory study models the flow around the pier of an off-shore wind turbine with a scaled model of Lr = 45. Determine the model velocity (VM) past the pier, if the water travels with V = 2.6 km/h past the prototype pier. You can assume that water with the same fluid properties is used in both model and 1002 kg/m³ and dynamic viscosity of nw = 0.001 Pa . s. prototype with density of Pw HINT: the flow around the pier is described by the Reynolds number. VM m/s (Provide your answer to 3 decimal places) = =

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To determine the model velocity VM past the pier we can use the concept of dynamic similar... View the full answer