A control system for a turbofan engine receives signals from a number of engine sensors and from the engine operator, and generates control signals. One control signal regulates the fan exhaust nozzle area in order to control inlet throat Mach number to maintain a low level of engine noise. Additional control signals regulate fuel flow to control engine thrust and fan pitch to control fan speed. A number of schedules are utilized to maintain a predetermined relationship between the controlled parameters and a number of fixed and calculated limits can override the control signals to prevent unsatisfactory engine performance
The objective of the Energy Efficient Engine Component Development and Integration program is to dev...
A digitally implemented integrated inlet-engine control system was designed and tested on a mixed-co...
Electrified aircraft propulsion (EAP) systems hold potential for the reduction of aircraft fuel burn...
A fuel control system is reported for automotive-type gas turbines and particulary advanced gas turb...
The advancement of technology in gas turbine engines used for aerospace propulsion has been focused ...
This paper describes the design process for the control system of an advanced geared turbofan engine...
An integrated control system for coaxial counterrotating aircraft propulsors driven by a common gas ...
One embodiment of the present invention is a unique gas turbine engine system. Another embodiment is...
An Energy Efficient Engine program has been established by NASA to develop technology for improving ...
A gas turbine engine has a core engine incorporating a core engine turbine. A fan rotor is driven by...
The aircraft exhaust engine nozzle system includes a fan nozzle to receive a fan flow from a fan dis...
The gas turbine aero-engine control systems over the past eight decades have been thoroughly investi...
A feedback position-control system has been developed for maintaining the concentricity of a turbofa...
A digital electronic control was combined with conventional hydromechanical components to operate th...
Control allows significant diffuser length and weight reduction, reduces combustor exhaust emissions...
The objective of the Energy Efficient Engine Component Development and Integration program is to dev...
A digitally implemented integrated inlet-engine control system was designed and tested on a mixed-co...
Electrified aircraft propulsion (EAP) systems hold potential for the reduction of aircraft fuel burn...
A fuel control system is reported for automotive-type gas turbines and particulary advanced gas turb...
The advancement of technology in gas turbine engines used for aerospace propulsion has been focused ...
This paper describes the design process for the control system of an advanced geared turbofan engine...
An integrated control system for coaxial counterrotating aircraft propulsors driven by a common gas ...
One embodiment of the present invention is a unique gas turbine engine system. Another embodiment is...
An Energy Efficient Engine program has been established by NASA to develop technology for improving ...
A gas turbine engine has a core engine incorporating a core engine turbine. A fan rotor is driven by...
The aircraft exhaust engine nozzle system includes a fan nozzle to receive a fan flow from a fan dis...
The gas turbine aero-engine control systems over the past eight decades have been thoroughly investi...
A feedback position-control system has been developed for maintaining the concentricity of a turbofa...
A digital electronic control was combined with conventional hydromechanical components to operate th...
Control allows significant diffuser length and weight reduction, reduces combustor exhaust emissions...
The objective of the Energy Efficient Engine Component Development and Integration program is to dev...
A digitally implemented integrated inlet-engine control system was designed and tested on a mixed-co...
Electrified aircraft propulsion (EAP) systems hold potential for the reduction of aircraft fuel burn...