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Shaft power generation might be a technical goal by itself.
Shaft power generation by steam turbines in expansion zones are computed with the built-in simulation module.
Shaft power reached the maximum value of 30.1 W for helium and 21.0 W for nitrogen at rotary speeds of 1000 r/min and 650 r/min, respectively.
Shaft power of FH is calculated combining the theoretical derivation and the numerical simulation together, and the results of two methods agree well.
Shaft power (kW).
Therefore, generation of shaft power is subsidiary to thermal energy recovery as heating power.
They all show lower values of their efficiencies to generate shaft power.
The shaft power, indicated power, and thermal efficiency of the engine are determined.
Previous studies have investigated shaft power draw as a function of design.
Engine torque, engine speed and shaft power output are measured under various operating conditions.
The maximum isentropic efficiency and shaft power are, respectively, 75.7% and 2.1 kW.
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