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An inward radial flow turbine is to develop 400 hp when supplied with air at 800C and 3 bar (abs), the exhaust total pressure being 1.07 bar. The total head isentropic efficiency is 80% and the speed 25000 rpm. The vanes reduc the nominal flow area by 10% and are radial at inlet but twisted at exhaust to give zero swirl. Determine the rotor diameter and the nozzle angle if the vane width is 12.7 mm, clearly indicating the assumptions made. For the gas assume, Cp= 1.13 kJ/kgC and sp. Heat ratio = 1.33.
methane is to be compressed from 0.05 mpa and -120degf to 5 mpa in a two-stage compressor. in between adiabatic
a 9mm bullet with mass .28 oz.0175lbm exits a pistol at 1250 fts. find the kinetic energy in btu. if this bullet was
an ice chest is constructed of 0.4 mm thick plain-carbon steel plate a 1.9 cm thick layer of styrofoam k0.033 wm c and
a flue gas is which the mole fraction of h2s is 0.002 enters a scrubber operating at steady state at 200 deg f 1 atm
0.09m3 of a fluid at 0.7 bar are compressed reversibly to a pressure of 3.5 bar according to a law pvnconstant. the
determine the dimentionless parameters that characterize the average velocity of the flow in a smooth pipeline if the
water is being pumped from a large lake to a reservoir 25m above at a rate of 25 ls by a 10kw shaft pump. if the
Advanced Stress Analysis
what is the specific volume, internal energy (kj/kg) and enthalpy (kj/kg) for water at 1.8 mpa and 120 Degrees C? Locate the state on p-v diagram and document assumptions.
steam enters the turbine in a vapor power plant at 1600 psia and 1000 degrees f state 1 and expands to a pressure of 1
a tank contains helium at 103degrees celcius and 10.9kpa gauge . the helium is heated in a process by heat transfer
find the transfer function for the following impulse responsefind the transfer function for the following impulse
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