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LAB 8: Steam Turbine (Rankine Cycle Experiment)

LAB 8: Steam Turbine (Rankine Cycle Experiment). ENTC - 370. Rankine Cycle. Process 1-2: Isentropic compression Process 2-3: Isobaric heat addition Process 3-4: Isentropic expansion Process 4-1: Isobaric heat rejection Isentropic Process: Adiabatic and reversible process.

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LAB 8: Steam Turbine (Rankine Cycle Experiment)

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  1. LAB 8:Steam Turbine(Rankine Cycle Experiment) ENTC - 370 PROF. ALVARADO

  2. Rankine Cycle Process 1-2: Isentropic compression Process 2-3: Isobaric heat addition Process 3-4: Isentropic expansion Process 4-1: Isobaric heat rejection Isentropic Process: Adiabatic and reversible process PROF. ALVARADO

  3. Experiment Set-up PROF. ALVARADO

  4. From Lab Manual Tboiler =______°F Pboiler =______ psi Tturbine inlet =______°F Tturbineoutlet =______°F Record the current and voltage being supplied to the heater by using a fluke meter. Iin =______Amps Vin =______Volts Record the current and voltage produced by the generator: Iout =______Amps Vout =______Volts PROF. ALVARADO

  5. Data analysis Power produced by generator: Power consumed by the whole system: Overall efficiency PROF. ALVARADO

  6. Data analysis Isentropic efficiency of steam turbine: PROF. ALVARADO

  7. Data analysis Estimation of the steam mass flow rate (assume ηgenerator=65%): Plot the entire Rankine Cycle on a T-s diagram using the pressure and temperature data recorded. PROF. ALVARADO

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