
Consider a circular cylinder (oriented with its axis perpendicular to the flow) and a symmetric diamondwedge airfoil with a halfangle …
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Consider a velocity field where x and y components of velocity are given by u=4x and v=4y. Obtain the equation …
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A velocity field has radial and tangential components of velocity as \({V_r} = 0\) and \({V_\theta } = 4r\).Obtain equation of streamlines.
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x and y components of a velocity field are given as \(u = \frac{{4x}}{{\left( {{x^2} + {y^2}} \right)}}\) and \(v …
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For a velocity field of incompressible flow given by \(u = 4x\) and \(v = – 4y\), calculate the stream function …
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For a source flow ,calculate (a).The time rate of change of the volume of a fluid element per unit volume. …
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For a vortex flow, \(u = \frac{{4x}}{{{x^2} + {y^2}}}\) and \(v = \frac{{ – 4y}}{{{x^2} + {y^2}}}\), calculate (a) The …
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Consider a velocity field where x and y components of velocity are \(u = 4y/\left( {{x^2} + {y^2}} \right)\) and …
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Consider a velocity field where x and y components of velocity are \(u = 5y/\left( {{x^2} + {y^2}} \right)\) and \(v = …
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A velocity field has a radial component of velocity \({V_r} = 0\) and tangential components of velocity \({V_\theta } = …
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