GAS TURBINE Performance allows you to calculate the perfomance of a gas turbine (simple cycle).

> CHECK MODE - from existing data, the app calculates: compressor and turbine power; compressor and turbine efficiencies; net power to generator; cycle efficiency; combustion temperature.

> SIMULATION MODE - assuming compressor and turbine efficiencies, the app calculates compressor and turbine power; outlet temperatures of compressor and turbine; net power to generator; cycle efficiency; combustion temperature.

Calculations are made under the assumption of air standard Brayton cycle. It's implemented a polinomial expression to calculate the specific heats of air and flue gas, like Cp= A+B*T+C*T^2+D*T^3.

KEYWORDS: chemical engineering , gas turbine.GAS TURBINE Performance allows you to calculate the perfomance of a gas turbine (simple cycle).

Two calculation mode are implemented:

> CHECK MODE - from existing data, the app calculates: compressor and turbine power; compressor and turbine efficiencies; net power to generator; cycle efficiency; combustion temperature.

> SIMULATION MODE - assuming compressor and turbine efficiencies, the app calculates compressor and turbine power; outlet temperatures of compressor and turbine; net power to generator; cycle efficiency; combustion temperature.

Calculations are made under the assumption of air standard Brayton cycle. It's implemented a polinomial expression to calculate the specific heats of air and flue gas, like Cp= A+B*T+C*T^2+D^T3.

More detailed formulas are written in the submenù of the app.

KEYWORDS: chemical engineering - gas turbine - engineering - process - energy - power

> CHECK MODE - from existing data, the app calculates: compressor and turbine power; compressor and turbine efficiencies; net power to generator; cycle efficiency; combustion temperature.

> SIMULATION MODE - assuming compressor and turbine efficiencies, the app calculates compressor and turbine power; outlet temperatures of compressor and turbine; net power to generator; cycle efficiency; combustion temperature.

Calculations are made under the assumption of air standard Brayton cycle. It's implemented a polinomial expression to calculate the specific heats of air and flue gas, like Cp= A+B*T+C*T^2+D*T^3.

KEYWORDS: chemical engineering , gas turbine.GAS TURBINE Performance allows you to calculate the perfomance of a gas turbine (simple cycle).

Two calculation mode are implemented:

> CHECK MODE - from existing data, the app calculates: compressor and turbine power; compressor and turbine efficiencies; net power to generator; cycle efficiency; combustion temperature.

> SIMULATION MODE - assuming compressor and turbine efficiencies, the app calculates compressor and turbine power; outlet temperatures of compressor and turbine; net power to generator; cycle efficiency; combustion temperature.

Calculations are made under the assumption of air standard Brayton cycle. It's implemented a polinomial expression to calculate the specific heats of air and flue gas, like Cp= A+B*T+C*T^2+D^T3.

More detailed formulas are written in the submenù of the app.

KEYWORDS: chemical engineering - gas turbine - engineering - process - energy - power