a In a combined cycle, the flue gas temperature at the gas turbine outlet is 900 K, and the mass flow rate of flue gas i

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a In a combined cycle, the flue gas temperature at the gas turbine outlet is 900 K, and the mass flow rate of flue gas i

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A In A Combined Cycle The Flue Gas Temperature At The Gas Turbine Outlet Is 900 K And The Mass Flow Rate Of Flue Gas I 1
A In A Combined Cycle The Flue Gas Temperature At The Gas Turbine Outlet Is 900 K And The Mass Flow Rate Of Flue Gas I 1 (171.63 KiB) Viewed 30 times
a In a combined cycle, the flue gas temperature at the gas turbine outlet is 900 K, and the mass flow rate of flue gas is 500 kg/s. The maximum pressure and temperature in Rankine cycle are 8 MPa and 800 K. Condenser temperature is 10 kPa. What is the maximum steam flow rate in this cycle? Find the corresponding outlet gas temperature and net power output of the Rankine cycle. Assume that steam turbine efficiency is 85%, and pump efficiency is 70%. (Flue gas and air properties are assumed to be the same.)
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