The objectives of this program are to develop heat flux sensors suitable for installation in hot section airfoils of advanced aircraft turbine engines and to experimentally verify the operation of these heat flux sensors in a cylinder in a cross flow experiment. Embedded thermocouple and Gardon gauge sensors were developed and fabricated into both blades and vanes. These were then calibrated using a quartz lamp bank heat source and finally subjected to thermal cycle and thermal soak testing. These sensors were also fabricated into cylindrical test pieces and tested in a burner exhaust to verify heat flux measurements produced by these sensors. The results of the cylinder in cross flow tests are given
The successful design of a long-lived and efficient gas turbine engine requires a good knowledge of ...
Tests and analysis of a new miniature plug-type heat flux gauge configuration are described. This ga...
Detailed heat flux and surface pressure distribution on the first-stage vane and blade of the Space ...
The development of heat flux sensors for gas turbine blades and vanes and the demonstration of heat ...
A two-phase program is conducted to develop heat flux sensors capable of making heat flux measuremen...
Data reduction was completed for tests of plug-type heat flux sensors (gauges) in a turbine blade th...
The program described covers development of sensors and sensing techniques for research applications...
Various configurations of high temperature, heat flux sensors were studied to determine their suitab...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
Discussed here are the writing of a data acquisition code and the installation and testing of new pr...
To fully characterize advanced high temperature heat flux sensors, calibration and testing is requir...
To monitor the high-intensity heat flux conditions that occur in the space shuttle main engine (SSME...
A new automated, computer controlled heat flux measurement facility is described. Continuous transie...
The objective is to describe continuing efforts to develop methods for measuring surface heat flux, ...
Measurements of heat flux to space shuttle main engine (SSME) turbine blade surfaces are being made ...
The successful design of a long-lived and efficient gas turbine engine requires a good knowledge of ...
Tests and analysis of a new miniature plug-type heat flux gauge configuration are described. This ga...
Detailed heat flux and surface pressure distribution on the first-stage vane and blade of the Space ...
The development of heat flux sensors for gas turbine blades and vanes and the demonstration of heat ...
A two-phase program is conducted to develop heat flux sensors capable of making heat flux measuremen...
Data reduction was completed for tests of plug-type heat flux sensors (gauges) in a turbine blade th...
The program described covers development of sensors and sensing techniques for research applications...
Various configurations of high temperature, heat flux sensors were studied to determine their suitab...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
Discussed here are the writing of a data acquisition code and the installation and testing of new pr...
To fully characterize advanced high temperature heat flux sensors, calibration and testing is requir...
To monitor the high-intensity heat flux conditions that occur in the space shuttle main engine (SSME...
A new automated, computer controlled heat flux measurement facility is described. Continuous transie...
The objective is to describe continuing efforts to develop methods for measuring surface heat flux, ...
Measurements of heat flux to space shuttle main engine (SSME) turbine blade surfaces are being made ...
The successful design of a long-lived and efficient gas turbine engine requires a good knowledge of ...
Tests and analysis of a new miniature plug-type heat flux gauge configuration are described. This ga...
Detailed heat flux and surface pressure distribution on the first-stage vane and blade of the Space ...