A test facility to examine the beneficial effects of film cooling has been designed and built. The test facility test section is made to resemble a modern first stage guide vane. The rig was design to make use of a transient infrared thermography test were the time history of the object under the assumption of a semi-infinite body is assumed. This allows the simultaneous determination of both the heat transfer coefficient and the adiabatic wall effectiveness from a single experiment.Validerat; 20101217 (root
Experimental study was conducted to understand the heat transfer characteristics of film or effusion...
Film cooling is widely used in gas turbine engines to manage temperatures within the hot section of ...
Film cooling effectiveness can be measured by thermal and mass transfer analysis. We have designed a...
A test facility to examine the beneficial effects of film cooling has been designed and built. The...
textIn the United States, natural gas turbine generators account for approximately 7% of the total p...
In gas turbine development, the direction has been towards higher turbine inlet temperatures to incr...
This thesis presents a dissertation about an experimental method, and a subsequent numerical data po...
Film cooling is widely used to protect gas turbine blades and vanes from the extremelly hot gases le...
A novel experimental facility for the testing of modern high pressure nozzle guide vanes, the Annula...
An experimental technique for assessing film cooling performance is proposed which can determine bot...
Design and installation of a test bench for combustion chamber cooling investigations of gas turbine...
This thesis describes the development of heated double-sided thin film gauge configurations for tran...
The objective of my research is to create a system that will reduce the thermal damage that affects ...
ABSTRACT An experimental approach is used to evaluate turbine airfoil cooling designs for advanced g...
The present paper describes the influence of the temperature dependent air properties on turbine bla...
Experimental study was conducted to understand the heat transfer characteristics of film or effusion...
Film cooling is widely used in gas turbine engines to manage temperatures within the hot section of ...
Film cooling effectiveness can be measured by thermal and mass transfer analysis. We have designed a...
A test facility to examine the beneficial effects of film cooling has been designed and built. The...
textIn the United States, natural gas turbine generators account for approximately 7% of the total p...
In gas turbine development, the direction has been towards higher turbine inlet temperatures to incr...
This thesis presents a dissertation about an experimental method, and a subsequent numerical data po...
Film cooling is widely used to protect gas turbine blades and vanes from the extremelly hot gases le...
A novel experimental facility for the testing of modern high pressure nozzle guide vanes, the Annula...
An experimental technique for assessing film cooling performance is proposed which can determine bot...
Design and installation of a test bench for combustion chamber cooling investigations of gas turbine...
This thesis describes the development of heated double-sided thin film gauge configurations for tran...
The objective of my research is to create a system that will reduce the thermal damage that affects ...
ABSTRACT An experimental approach is used to evaluate turbine airfoil cooling designs for advanced g...
The present paper describes the influence of the temperature dependent air properties on turbine bla...
Experimental study was conducted to understand the heat transfer characteristics of film or effusion...
Film cooling is widely used in gas turbine engines to manage temperatures within the hot section of ...
Film cooling effectiveness can be measured by thermal and mass transfer analysis. We have designed a...