- #1
megr_ftw
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I have a simple vapor power plant with a boiler, turbine, condenser and pump. I have the pressures leaving the boiler, entering the turbine, leaving the turbine and entering the condenser, leaving the condenser and entering the pump. I also have the temps for the above except I have the quality of leaving the turbine and entering condenser. Also have the pump work.
Okay so if that makes any sense, don't I need the mass flow rate or velocity of any of them in order to find the heat transfer between the boiler and turbine? So far I focused on the turbine and found the different enthalpy values for the input and output and I am trying to fine the work_out for the turbine. What should I assume in this problem? m1=m2 (flow rate)??
Okay so if that makes any sense, don't I need the mass flow rate or velocity of any of them in order to find the heat transfer between the boiler and turbine? So far I focused on the turbine and found the different enthalpy values for the input and output and I am trying to fine the work_out for the turbine. What should I assume in this problem? m1=m2 (flow rate)??