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1. Using the sinusoidal shape (u/Ue) = sin(πz/2δ), z ≤ δ, calculate the expression for the boundary-layer thickness δ by evaluating the von Karm´ an integral ´ equation.
2. Use the results from the previous problem to calculate the local shear on the wall and the total drag for a plate with a length L. How does this approximation compare with the exact result of Blasius?
2 moles of an ideal gas expands isothermally and reversibly from 50.0 dm3 to 85.8 dm3 at a temperature of 68.9
It is required to design the DC motor to run a small size electric vehicle to be used inside an airport building to help the transportation of old people.
Application: Design of a cavity for given resonant frequencies. A cavity resonator is built from a section of a waveguide with dimensions a = 4.755 cm and b = 2.215 cm by shorting the waveguide with two conducting plates. A rectangular cavity of l..
steam enters an adiabatic turbine at 2 mpa 300c and exits at 50 kpa. the mass flow rate through the turbine is 2 kgs
Determine the reliability of a system having a capacity that is lognormal with a median of 100 and s = 0.6 subject to a load that is lognormal with a median of 20 and s = 0.8.
refrigerant 134a enters a compressor operating at steady state as saturated vapor at -4 degc and exits at a pressure of
(a) The tension in the crane's cable when the hull is submerged in the water, and (b) The tension when the hull is completely out of the water.
a semi elliptical leaf spring is used for the suspension of the rear axle of a truck it consistsof two extra full lenth
Application: Standing wave ratio and minima and maxima on the line. For a line with characteristic impedance Z0 = 50 Ω and a load R = 220 Ω
cars a and b are traveling at va 72 mph and vb 67 mph respectively when the driver of car b applies the brakes abruptly
Water at a local bulk temperature of 10o C flows through a 3-cm-ID pipe at 1 m/s. The pipe walls are kept at 70o C and the flow is fully developed. Evaluate h and the local value of / b dT dx . The relative roughness of the pipe is 0.001.
in a piston cylinder device 5kg of air at 200kpa and 227oc is compressed to 500kpa at 100oc. determine the entropy
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