| Paper 1-1 |
Optical Emission Tomography - Professor Peter Bryanston-Cross,
University of Warwick |
| Paper 1-2 |
Records of Unsteady Transonic Flow Past Blade
Cascades by Means of Optical Methods - Jiri Ulrich, Aeronautical
Research and Test Institute, Prague |
| Paper 1-3 |
Reynolds Stress Measurement with a Single Component Laser
Doppler Anemometer - Rory Stieger, Whittle Laboratory |
| Paper 2-4 |
Precise & Rapid Unsteady Pressure Transducer signal Processing
using a Transfer Function Modeling Technique - Fabrice Rottmeier,
Swiss Federal Institute of Technology |
| Paper 3-1 |
On the Use of Hot Film Sensors in the Investigation of Fluid
Dynamic Phenomena in the Near Wall Region - Philip Griffin,
Stokes Institute University of Limerick |
| Paper 3-2 |
A New Probe for the Measurement of High-Temperature Gases
- Xiaoli Yang, Whittle Laboratory |
| Paper 4-1 |
Performance Measurements in a Transient Turbine Test Facility
- Preliminary Instrumentation Development - Nicholas Atkins,
University of Oxford |
| Paper 4-2 |
Determination of the Mass Flow in a Compression Tube Turbine
Test Rig - Luca Porreca, von Karman Institute |
| Paper 4-3 |
Determination of the Efficiency of a cooled Turbines Stage
Tested in a Compression Tube Facility - Luca Porreca, von
Karman Institute |
| Paper 6-2 |
Data Reduction and Thermal Product Determination for Single
and Multi-Layer Thin-Film Guages - Nicholas Billiard, von
Karman Institute |
| Paper 6-3 |
Experimental Technique for Evaluation of Heat Transfer Coefficients
with a Thermocamera in a Plexiglass Model - Peter Magnusson,
ALSTOM Power, Sweden |
| Paper 6-4 |
Heat Transfer Measurements on a Sidewall and Blade Surface
of a Large Scale NGV with Leakage Flow - Axel Dannhauer,
German Aerospace Center |
| Paper 7-1 |
A New Turbine Cascade for Aero-mechanical Testing - Damian
Vogt, Royal Institute of Technology, Sweden |
| Paper 7-2 |
Reliability of Low-Speed vs High Speed Testing of LP Turbine
Blade Wake Interaction - Maria Vera, Whittle Laboratory |
| Paper 7-3 |
A New Test Facility for Investigating Fluid-Structure Interaction
Using a Generic Model - Davy Allegret-Bourdon, Royal Institute
of Technology, Sweden |
