The objectives and problems faced in the development of a laser anemometry system for hot section applications was discussed. The goal was to map the flow profiles through and between the vanes and between the rotating blades of a turbine. A laser anemometer system was developed which measures the Doppler shift directly along the optical axis. Some testing is being conducted in a small bench top combustor facility. The cost involved in this testing was also discussed
Laser anemometry offers a nonintrusive means for obtaining flow field information. Current research ...
A brief overview of the different laser anemometer (LA) optical designs available is presented. Then...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
Laser anemometers (LA's) for use in the study of the hot section components of turbomachinery are be...
Laser anemometers are being developed for use in the turbine facilities at Lewis that are involved i...
The design, construction, and testing of laser anemometer configurations for hot section velocity me...
A laser anemometer system is being developed for the warm turbine facility as part of the HOST progr...
The application of laser anemometry to the study of flow fields in turbine engine components is revi...
An advanced laser anemometer (LA) was used to measure the axial and tangential velocity components i...
Some of the areas of research conducted at the LeRC on optical measurement techniques for propulsion...
Some of the areas of research conducted at Lewis on optical measurement techniques are described. Tw...
A fringe-type laser anemometer with innovative features is described. The innovative features includ...
An advanced laser anemometer (LA) was used to measure the axial and tangential velocity components i...
Laser measurements were made in an annular cascade of stator vanes operating at an exit critical vel...
A fringe type laser anemometer is described. Features of the anemometer include; a rapid and efficie...
Laser anemometry offers a nonintrusive means for obtaining flow field information. Current research ...
A brief overview of the different laser anemometer (LA) optical designs available is presented. Then...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...
Laser anemometers (LA's) for use in the study of the hot section components of turbomachinery are be...
Laser anemometers are being developed for use in the turbine facilities at Lewis that are involved i...
The design, construction, and testing of laser anemometer configurations for hot section velocity me...
A laser anemometer system is being developed for the warm turbine facility as part of the HOST progr...
The application of laser anemometry to the study of flow fields in turbine engine components is revi...
An advanced laser anemometer (LA) was used to measure the axial and tangential velocity components i...
Some of the areas of research conducted at the LeRC on optical measurement techniques for propulsion...
Some of the areas of research conducted at Lewis on optical measurement techniques are described. Tw...
A fringe-type laser anemometer with innovative features is described. The innovative features includ...
An advanced laser anemometer (LA) was used to measure the axial and tangential velocity components i...
Laser measurements were made in an annular cascade of stator vanes operating at an exit critical vel...
A fringe type laser anemometer is described. Features of the anemometer include; a rapid and efficie...
Laser anemometry offers a nonintrusive means for obtaining flow field information. Current research ...
A brief overview of the different laser anemometer (LA) optical designs available is presented. Then...
Programs to develop research instrumentation for use on hot section components of turbine engines ar...