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Twenty-five years of aerodynamic research with IR imaging: A survey
Abstract
Infrared imaging used in aerodynamic research evolved during the last 25 years into a rewarding experimental technique for investigation of body-flow viscous interactions, such as heat flux determination and boundary layer transition. The technique of infrared imaging matched well its capability to produce useful results, with the expansion of testing conditions in the entire spectrum of wind tunnels, from hypersonic high-enthalpy facilities to cryogenic transonic wind tunnels. With unique achievements credited to its past, the current trend suggests a change in attitude towards this technique: from the perception as an exotic, project-oriented tool, to the status of a routine experimental procedure- SPIE-1467-59
- New Devices for Flow Measurements: Hot Film and Burial Wire Sensors, Infrared Imagery, Liquid Crystal, and Piezo-Electric Model; 20 p|Thermosense 13: An International Conference on Thermal Applications and Image Diagnostic; Apr 03, 1991 - Apr 05, 1991; Orlando, FL; United States
- INSTRUMENTATION AND PHOTOGRAPHY