Research Article
A Numerical Study on the Supersonic Steam Ejector Use in Steam Turbine System
Table 1
Summary of ejector research using CFD software compared with experimental results.
| Auto | Working fluids | State equation | Numerical method | Inlet pressure (range) | Error range |
|
Eames et al. [5] | Water steam | Ideal gas model | 1D model | 0.3615 MPa | 22.6~32.25% | Huang et al. [6] | R141b | Ideal gas model | 1D model | 0.4–0.6 MPa | 0.56~22.9% | Rusly et al. [9] | R141b | Ideal gas model | FLUENT | 0.4–0.6 MPa | −5.82~5.11% |
Pietrowicz and Kasperski [10] | Water steam | IAPWS-IF97 | CFX | 0.474 KPa | 1.3~8.2% | Sriveerakul et al. [11] | Water steam | Ideal gas model | FLUENT | 0.27 Mpa | −1.89~12.9% | Pianthong et al. [12] | Water steam | Ideal gas model | FLUENT | 0.3615 MPa | 1%~13.4% | Scott et al. [13] | R245fa | NIST | PHOENICS | 0.4–0.6 MPa | −4.9~10.6% |
|
|