In simple gas turbine cycle following data are given: Isentropic effic

1.	In simple gas turbine cycle following data are given: Isentropic efficiency of compressor = 80%. Turbine isentropic efficiency = 100%. All shafts have mechanical efficiency = 90%. Turbine output shaft is coupled to compressor and generator. Pressure ratio of compression = 3 : 1.Maximum turbine temperature = 1000 K. Ambient condition 1 bar, 327 K. Net specific power output from the turbine is ____ KJ/kgk. Take generator efficiency = 95%, cp = 1.005 kJ/kgk.87.564
Answer» In simple gas turbine cycle following data are given: Isentropic efficiency of compressor = 80%. Turbine isentropic efficiency = 100%. All shafts have mechanical efficiency = 90%. Turbine output shaft is coupled to compressor and generator. Pressure ratio of compression = 3 : 1. Maximum turbine temperature = 1000 K. Ambient condition 1 bar, 327 K. Net specific power output from the turbine is ____ KJ/kgk. Take generator efficiency = 95%, cp = 1.005 kJ/kgk. 87.564

In simple gas turbine cycle following data are given: Isentropic efficiency of compressor = 80%. Turbine isentropic efficiency = 100%. All shafts have mechanical efficiency = 90%. Turbine output shaft is coupled to compressor and generator. Pressure ratio of compression = 3 : 1.Maximum turbine temperature = 1000 K. Ambient condition 1 bar, 327 K. Net specific power output from the turbine is ____ KJ/kgk. Take generator efficiency = 95%, cp = 1.005 kJ/kgk.87.564

Answer»

In simple gas turbine cycle following data are given: Isentropic efficiency of compressor = 80%. Turbine isentropic efficiency = 100%. All shafts have mechanical efficiency = 90%. Turbine output shaft is coupled to compressor and generator. Pressure ratio of compression = 3 : 1.

Maximum turbine temperature = 1000 K. Ambient condition 1 bar, 327 K. Net specific power output from the turbine is ____ KJ/kgk. Take generator efficiency = 95%, cp = 1.005 kJ/kgk.

87.564

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