Drag and Lift: Introduction; Types of Drag, Drag on a sphere, Cylinder, Flat plate & on an air foil, Polar diagram, Profile Drag, Lift on immersed bodies. Turbulent Flow in pipes: Reynolds observation on pipe flow, Causes and characteristics of turbulence. Reynolds stresses, Prandtl’s Mixing length Theory, Velocity distribution in Rough pipes, Karman - Prandtl’s resistance equations.
A model of aeroplane is to be tested in a wind tunnel operating under a pressure of 15 atm. If the prototype is to fly at 500 km/hr under atmospheric condition. What would be the corresponding speed of the model if it is to be built to a scale of 1:12? Plz solve this
Drag and Lift: Introduction; Types of Drag, Drag on a sphere, Cylinder, Flat plate & on an air foil, Polar diagram, Profile Drag, Lift on immersed bodies. Turbulent Flow in pipes: Reynolds observation on pipe flow, Causes and characteristics of turbulence. Reynolds stresses, Prandtl’s Mixing length Theory, Velocity distribution in Rough pipes, Karman - Prandtl’s resistance equations.
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A model of aeroplane is to be tested in a wind tunnel operating under a pressure of 15 atm. If the prototype is to fly at 500 km/hr under atmospheric condition. What would be the corresponding speed of the model if it is to be built to a scale of 1:12?
Plz solve this
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