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Consider below ideal regenerative Brayton Cycle with intercooler and reheater assuming constant c, of 1005. a) Draw T-s diagram b) Assuming YY kg/s mass flow rate, determine net power output of this cycle and heat transfer or work in intercooler, reheater and combustion chamber c) Thermal efficiency of this cycle

Consider below ideal regenerative Brayton Cycle with intercooler and reheater assuming constant c, of 1005. a) Draw T-s diagram b) Assuming YY kg/s mass flow rate, determine net power output of this cycle and heat transfer or work in intercooler, reheater and combustion chamber c) Thermal efficiency of this cycle

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Consider below ideal regenerative Brayton Cycle with intercooler and reheater assuming
constant cp of 1005.
a) Draw T-s diagram
b) Assuming 20 kg/s mass flow rate, determine net power output of this cycle and heat
transfer or work in intercooler, reheater and combustion chamber
c) Thermal efficiency of this cycle
d) Thermal efficiency of an equivalent simple Brayton cycle without regeneration,
intercooling and reheating
e) Back work ratio

Consider below ideal regenerative Brayton Cycle with intercooler and reheater assuming constant c, of 1005. a) Draw T-s diagram b) Assuming YY kg/s mass flow rate, determine net power output of this cycle and heat transfer or work in intercooler, reheater and combustion chamber c) Thermal efficiency of this cycle d) Thermal efficiency of an equivalent simple Brayton cycle without regeneration, intercooling and reheating e) Back work ratio yy- 20 XX=40 Regenerator 25 °C 1YY0 °C 100+XX kPa Reheater 9XX kPaO Combustion chamber net Compressor II Compressor Turbine I Turbine II Intercooler
Transcribed Image Text:Consider below ideal regenerative Brayton Cycle with intercooler and reheater assuming constant c, of 1005. a) Draw T-s diagram b) Assuming YY kg/s mass flow rate, determine net power output of this cycle and heat transfer or work in intercooler, reheater and combustion chamber c) Thermal efficiency of this cycle d) Thermal efficiency of an equivalent simple Brayton cycle without regeneration, intercooling and reheating e) Back work ratio yy- 20 XX=40 Regenerator 25 °C 1YY0 °C 100+XX kPa Reheater 9XX kPaO Combustion chamber net Compressor II Compressor Turbine I Turbine II Intercooler
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