Various configurations of high temperature, heat flux sensors were studied to determine their suitability for use in experimental combustor liners of advanced aircraft gas turbine engines. It was determined that embedded thermocouple sensors, laminated sensors, and Gardon gauge sensors, were the most viable candidates. Sensors of all three types were fabricated, calibrated, and endurance tested. All three types of sensors met the fabricability survivability, and accuracy requirements established for their application
This paper discusses fiber optic sensors designed and constructed to withstand extreme temperatures ...
A special thin film-hardware material thermocouple (TC) and heat flux gauge concept for a reasonably...
Prototype thin film heat flux sensors have been constructed and tested. The sensors can be applied t...
To fully characterize advanced high temperature heat flux sensors, calibration and testing is requir...
A two-phase program is conducted to develop heat flux sensors capable of making heat flux measuremen...
The objectives of this program are to develop heat flux sensors suitable for installation in hot sec...
The development of heat flux sensors for gas turbine blades and vanes and the demonstration of heat ...
The work described is part of a program (Englund and Seasholtz, 1988) to develop sensors and sensing...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
To monitor the high-intensity heat flux conditions that occur in the space shuttle main engine (SSME...
The measurement of high temperatures and the influence of heat transfer data is not strictly a probl...
Data reduction was completed for tests of plug-type heat flux sensors (gauges) in a turbine blade th...
A new thin-film heat flux gage has been fabricated specifically for severe high temperature operatio...
The results of a literature survey and concept analysis related to sensing techniques for measuring ...
A new automated, computer controlled heat flux measurement facility is described. Continuous transie...
This paper discusses fiber optic sensors designed and constructed to withstand extreme temperatures ...
A special thin film-hardware material thermocouple (TC) and heat flux gauge concept for a reasonably...
Prototype thin film heat flux sensors have been constructed and tested. The sensors can be applied t...
To fully characterize advanced high temperature heat flux sensors, calibration and testing is requir...
A two-phase program is conducted to develop heat flux sensors capable of making heat flux measuremen...
The objectives of this program are to develop heat flux sensors suitable for installation in hot sec...
The development of heat flux sensors for gas turbine blades and vanes and the demonstration of heat ...
The work described is part of a program (Englund and Seasholtz, 1988) to develop sensors and sensing...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
To monitor the high-intensity heat flux conditions that occur in the space shuttle main engine (SSME...
The measurement of high temperatures and the influence of heat transfer data is not strictly a probl...
Data reduction was completed for tests of plug-type heat flux sensors (gauges) in a turbine blade th...
A new thin-film heat flux gage has been fabricated specifically for severe high temperature operatio...
The results of a literature survey and concept analysis related to sensing techniques for measuring ...
A new automated, computer controlled heat flux measurement facility is described. Continuous transie...
This paper discusses fiber optic sensors designed and constructed to withstand extreme temperatures ...
A special thin film-hardware material thermocouple (TC) and heat flux gauge concept for a reasonably...
Prototype thin film heat flux sensors have been constructed and tested. The sensors can be applied t...