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A simple ideal Brayton cycle with air as the working fluid has a pressure ratio of 11. The air then enters the compressor at 530R and the turbine at 2100R. Accounting for the variation of specific heats,according to temperature determine the air temperature at the compressor exit, the back work ratio and the thermal efficiency.
chilled water enters a thin-shelled 4-cm-diameter 200-mlong pipe at 7degreec at a rate of 0.98 kgs and leaves at
a strain-rate dependence test is conducted on samples of al 6061-t6. two identical bars are tested. the first bar is
the accleration of a particle is given by a-ks2 where a is in meters per second squared k is a constant and s is in
give a proposed design and analysisnbspprincipal features and working principle of any mechanisms using diagrams to
a two stage compressor with intercooling between the stages is used to compress air from 1 bar and 150c to 9bar in a
the pressure of 200 kgs of water is to be increased from 1 atm to 4 mpa. the water enters through a 20-cm-diameter pipe
a system that operates in a reversible cycle receives energy by heat transfer from a 24.8oc reservoir at a rate of 25.5
the pump on the right supplies energy to the flow such that the upstream pressure in the 18-in. pipe is 25 psia and the
an insulated cylinder of fixed volume of 4 meter cube contains 20 kg of nitrogen. paddle work is done on the gas by
a commercial project requires that installation of 1856 sq. ft. of acoustical ceiling. using the productivity rate of
a large stationary brayton cycle gas-turbine power plant delivers a power output of 100000 hp to an electric generator.
refrigerant 134a is the working fluid in an organic rankine cycle. saturated vapor at 60degc enters the turbine and the
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