2. Consider a flow with the velocity profile given by the equation below. The fluid surface is located at y = 0. Here, U is called the freestream velocity and is called the boundary layer thickness. Calculate the boundary layer thickness at a point where the shear stress is 36 mPa if the freestream velocity is 40 m/s and the fluid's dynamic viscosity 1.81.105 Pa.s. 100 (2² (²) - (-)²³) u(y) = U∞o

Elements Of Electromagnetics
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2. Consider a flow with the velocity profile given by the equation below. The fluid surface is located at
y = 0. Here, U∞ is called the freestream velocity and 8 is called the boundary layer thickness.
Calculate the boundary layer thickness at a point where the shear stress is 36 mPa if the freestream
velocity is 40 m/s and the fluid's dynamic viscosity 1.81.105 Pa.s.
U.. ( 2 (²) - (²) ²)
u(y) = U∞o
Transcribed Image Text:2. Consider a flow with the velocity profile given by the equation below. The fluid surface is located at y = 0. Here, U∞ is called the freestream velocity and 8 is called the boundary layer thickness. Calculate the boundary layer thickness at a point where the shear stress is 36 mPa if the freestream velocity is 40 m/s and the fluid's dynamic viscosity 1.81.105 Pa.s. U.. ( 2 (²) - (²) ²) u(y) = U∞o
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