GAS TURBINE THERMODYNAMIC AND PERFORMANCE ANALYSIS METHODS USING AVAILABLE CATALOG DATA
Content :-
- Typical open gas turbine
- T-S diagram for closed gas turbine cycle
- Ambient Temperature Power Correction Factor Curve.
- Effect of ambient temperature and air to fuel ratio on thermal efficiency.
- Representative Altitude Power Correction Factor Curve.
- Open gas turbine and T-S diagram.
- Relation between pressure ratio and efficiency.
- Variation of compression ratio and turbine inlet temperature on thermal efficiency.
- Variation of compression ratio and ambient temperature on thermal efficiency.
- Variation of turbine inlet temperatures with thermal efficiency for several compression ratio and air to fuel ratio.
- Effect of isentropic compressor efficiency air to fuel ratio on thermal efficiency.
- Effect of isentropic turbine efficiency air to fuel ratio on thermal efficiency.
- T-S diagram for compression and expansion.
- T-S diagram for compression process.
- Pressure losses and pressure ratios in the compressor.
- GUI of the EES model.
- The pressure values in the compressor.
- The pressure values in the turbine .
- Difference between the Cp (Mathcad) and Cp(EES) for dry air (200K-2150K).
- Difference between the Cp (Mathcad) and Cp(EES) for Methane (200K-2250K)
- Difference between the Cp(Mathcad) and Cp(EES) for water (200K-2250K).
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