Gas Turbine Brayton Cycle Calculator vs Rankine Cycle Steam Power Calculator
Two calculators for the same neighbourhood of questions. Here is what each measures, what you feed in, and where you'd reach for one over the other.
Gas Turbine Brayton Cycle Calculator
Compute the net power output of a Brayton-cycle gas turbine given pressure ratio, temperatures, mass flow rate, and component efficiencies. Essential for preliminary gas turbine and jet engine performance analysis.
- Answers
- Net Power Output (kW)
- Inputs
- Pressure Ratio, Turbine Inlet Temperature, Ambient Temperature, Air Mass Flow Rate, Compressor Efficiency, Turbine Efficiency
Rankine Cycle Steam Power Calculator
Estimate net power output and thermal efficiency of a steam power plant by entering boiler pressure, superheat temperature, condenser pressure, mass flow rate, and component efficiencies. Used by mechanical engineers to benchmark turbine-generator sets.
- Answers
- Net Power Output (MW)
- Inputs
- Boiler Pressure, Superheated Steam Temperature, Condenser Pressure, Steam Mass Flow Rate, Turbine Isentropic Efficiency, Pump Efficiency
At a glance
| Gas Turbine Brayton Cycle Calculator | Rankine Cycle Steam Power Calculator | |
|---|---|---|
| Category | Thermodynamics | Thermodynamics |
| Answers | Net Power Output | Net Power Output |
| Inputs | 6 | 6 |
| Result unit | kW | MW |
When to use each
Compute the net power output of a Brayton-cycle gas turbine given pressure ratio, temperatures, mass flow rate, and component efficiencies. Essential for preliminary gas turbine and jet engine performance analysis.
Estimate net power output and thermal efficiency of a steam power plant by entering boiler pressure, superheat temperature, condenser pressure, mass flow rate, and component efficiencies. Used by mechanical engineers to benchmark turbine-generator sets.