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A simplified analysis is applied to a gas turbine engine cycle that has a compression ratio of 8 to 1. The compressor and turbine inlet temperatures are, respectively, 300 K and 1400 K. Values of gas (air) properties are obtained from the Air-gas tables. The compressor and turbine machine efficiencies are, respectively, 0.85 and 0.90. The gas-to-air mass ratio is 1.02 to 1. Calculate the thermal efficiency for the cycle and the thermal efficiency for the corresponding air standard Brayton cycle.
given a flat plate like surface that is 0.1m by 0.25m.density of water1000 kgm3density of oil 800kgm3and a diffusion
the driver of a car which is initially at rest at the top a of the grade releases the brakesand coasts down the grade
determine the maximum acceleration that can be achieved by the car without having the front wheels a leave the track or
Calculate the static thrust of the turbojet engine having mass flow 88lbm/sec the ratio of air and fuel mass flowing into the turbojet is 50:1 and it's exhaust plane the velocity is 1640 ft/sec and pressure is same as ambient pressure?
a cylinder containing 0.9 kg of ammonia has an externally loaded piston. initially the ammonia is at 2 mpa 180degc and
if silcion is cooled quickly it will form glass instead of crystallyzingone way to do this is to deposit si atoms onto
a secondary settling tank is to be designed for a municipal wastewater treatment facility. the influent tss is 1000 mgl
Consider a flow with a pressure and temperature of 2332 lb/ft2 and 498 deg. R, respectively. A Pitot tube is inserted into this flow and measures a pressure of 8065.2 lb/ft2. What is the velocity of this flow? Is the flow supersonic? Use appen..
determine the power produced by a simple sprinkler-like turbine that rotates in a horizontal plane at 500 rpm. the
saturated water vapor at 11.91 bar enters an insulated throttling valve which drops the pressure to 1.50 bar. determine
in a steam power plant operating on a reheat rankine cycle steam enters the hp turbine at 15 mpa and 620oc and is
horizontal stresses are estimated for a rock formation field in the gulf of mexico in depth of 5000 ft. as 6 ksi. it is
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