Linked from

The 16 pages that link to Turbine, each with the reason it gives.

• Thermodynamic systemRelated: A turbine is commonly analyzed as a steady-flow open system.

• PistonCompared with: A turbine produces continuous rotary motion rather than the piston’s reciprocating motion.

• Brayton cycleRelated: Expansion through the turbine produces work that drives the compressor and external loads.

• CompressorCompared with: A turbine usually extracts work from expanding gas, opposite the compressor’s energy input.

• Work (thermodynamics)Related: It converts fluid energy into useful work crossing a control-volume boundary.

• AfterburnerRelated: The afterburner sits downstream of the turbine, avoiding its temperature limits.

• Jet engineBroader topic: It takes energy from hot gas to drive the compressor and, in turbofans, the fan.

• TurbojetBroader topic: It extracts enough exhaust energy to drive the compressor.

• Aircraft engineRelated: In a gas turbine engine, it powers the compressor and often a fan or propeller.

• Control volumeBroader topic: Its energy balance connects fluid enthalpy changes to shaft work.

• Tidal powerNarrower topic: Tidal installations use turbines to turn water movement into shaft power.

• TurbopropRelated: Turbine stages extract energy from combustion gases to turn the compressor and propeller-driving shaft.

• Water turbineNarrower topic: Water turbines are one fluid-specific branch of the broader turbine family.

• Isentropic processRelated: An isentropic expansion provides the ideal work benchmark for turbine performance.

• TurboshaftBroader topic: Turbine stages power the compressor and, in many designs, the output shaft.

• Gas-turbine engineBroader topic: Its stages drive the compressor and, in some engines, an external load.