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anonymous
 2 years ago
The velocity and temperature profiles for boundary layer flow over a flat plate are given by:
u(x,y) = 1.5*(u_inf)*[y/delta(x)]  0.5*(u_inf)*[y/delta(x)]^3 and [T(x,y)(T_w)]/[(T_inf)(T_w)] = 1.5*[y/delta_t(x)]0.5*[y/delta_t(x)]^3
Develop expressions for both average friction factor and average heat transfer coefficient over a distance x=L from the leading edge of the plate.
anonymous
 2 years ago
The velocity and temperature profiles for boundary layer flow over a flat plate are given by: u(x,y) = 1.5*(u_inf)*[y/delta(x)]  0.5*(u_inf)*[y/delta(x)]^3 and [T(x,y)(T_w)]/[(T_inf)(T_w)] = 1.5*[y/delta_t(x)]0.5*[y/delta_t(x)]^3 Develop expressions for both average friction factor and average heat transfer coefficient over a distance x=L from the leading edge of the plate.

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surry99
 2 years ago
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