ck work ratio, Thermal Efficiency (% No Description Pressure ratio=B Ratio pressure=1A 1 Compressor Work (kW) 2 Turbine Work (kW) 3 Net Work (kW) 4 Heat In (kW) 5 Net Heat (kW) 6 Back Work ratio 7 Thermal Efficiency (%) Attach below is the data from the cyclepad simulation in the form of a cycle properties (if no answer is considered invalid) C. From the analysis data (b) Explain the effect of the pressure ratio on compressor work and thermal efficiency! NOTE A = 2 B = 7 C = 1
Please solve Sub parts A,B,C im needed max in 60 minutes thank u, im very needed the solve
1) Air enters the compressor from a Brayton cycle at a pressure of 100 kPa, temperature
27oC and a volumetric flow rate of 1A m3/s. If the turbine inlet temperature is 11ACoC and the ratio
pressure (B, 1A)*. If the Compressor Efficiency is 8A% and the turbine efficiency is 9B%. Define :
A. From the simulation results, show the p-v or T-s diagram of each case study on
B. Complete Compressor Power (kW), Turbine Power (kW), Net Work (kW), Heat In
(kW), Net Heat (kW), Back work ratio, Thermal Efficiency (%
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No |
Description |
Pressure ratio=B |
Ratio |
|
1 |
Compressor Work (kW) |
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2 |
Turbine Work (kW) |
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|
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3 |
Net Work (kW) |
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|
|
4 |
Heat In (kW) |
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|
5 |
Net Heat (kW) |
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|
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6 |
Back Work ratio |
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|
7 |
Thermal Efficiency (%) |
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Attach below is the data from the cyclepad simulation in the form of a cycle
properties (if no answer is considered invalid)
C. From the analysis data (b) Explain the effect of the pressure ratio on compressor work
and thermal efficiency!
NOTE
A = 2
B = 7
C = 1
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