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An axial-flow pump has a stator blade positioned upstream of the impeller, and it provides an angle α1 = 60° to the flow. The radius of the impeller tip is 285 mm, and the hub radius is 135 mm. Determine the required average blade angle at the exit of the impeller if the pump is to deliver 0.57 m3 /s of water with a theoretical head rise of 2.85 m. The rotational speed is 1500 rpm.
refrigerant gas r-134 at 500k and 70 degrees c enters an air-cooled condenser heat exchanger and leaves the condenser
find a unique four-bar mechanism. sketch the mechanism and provide a short description about the function and purpose
Determine the natural frequencies of the system shown in Fig. 5.39 by assuming that the rope passing over the cylinder does not slip.
consider axial viscous flow in a long annular pipe driven by a pressure gradient with an inner solid rod of radius ri
Consider the conditions of Example 9.3, including the effect of adding insulation of thickness t and thermal conductivity k = 0.035 W/m · K to the duct. We wish to now include the effect of radiation on the outer sur- face temperatures and the tot..
steel rods of 0.05m diameter are heat treated by being passed through a heat-treating furnace in which the atmosphere
Assuming dynamically similar conditions between those of the laboratory and the projected design determine, for the "cold" test, the equivalent mass flow rate and the speed of rotation. Assume the gas properties are the same as for air
Show transcribed image text The truss shown was designed to support the roof of a food market. For the given loading, determine the force in members FG, EG, and EH. Hint: Method of Section.
air at mass flow rate of 10 kgs at 1 atm 300 k point1 enters an adiabatic compressor and exists at 8 atm 600 k point 2.
A swimming pool W by Y by h deep is to be emptied by gravity through the long pipe shown in Fig. P6.54. Assuming an average pipe friction factor fav and neglecting minor losses, derive a formula for the time to empty the tank from an initial level..
A steam power plant with a power output of 160 MW consumes coal at a rate of 62 metric tons per hour. If the heating value of the coal is 29900 kJ/kg, determine the overall efficiency of the plant.
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
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