Question: Rework Problem 9.43 except that the pressure ratio and maximum temperature are, respectively, a) 4 and 1200°C, b) 5 and 1400°C, c) 6 and 1600°C.
a) 4 and 1200°C,
b) 5 and 1400°C,
c) 6 and 1600°C.
Air enters the ideal regenerative Brayton cycle of Fig. 9.46 at 25°C and 100 kPa. The compressor raises the pressure to 500 kPa. The products of combustion leave the combustion chamber at 1200°C. Assuming constant speciï¬c heats and an air mass ï¬ow rate of 6 kg/s and an ideal cycle, calculate:
i) The cycle efï¬ciency
ii) The power produced by the turbine
iii) The power used by the compressor
iv) The back-work ratio
v) The rate of heat exchange in the regenerator
Figure 9.46
.png)
Regenerator Products of combustion Comperssor Turbine net 100 kPa 25 C
Step by Step Solution
3.29 Rating (164 Votes )
There are 3 Steps involved in it
a For the cycle of Problem 943 the pressure ratio is 4 and the maximum temperature is 1200C i The e... View full answer
Get step-by-step solutions from verified subject matter experts
Document Format (1 attachment)
962-P-T-H-A-1-L (2299).docx
120 KBs Word File
