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The status of two-dimensional testing at high transonic speeds in the University of Southampton transonic self-streamlining wind tunnel

Mark C. Lewis

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Abstract

This report briefly outlines the progress made during the last 2 years in extending the operational range of the Transonic Self-Streamlining Wind Tunnel (at the University of Southampton) into high subsonic speeds. Analytical preparation completed in order to achieve such an extension is outlined and a summary of the preliminary model validation tests is presented. Future work necessary to allow further validation and development is discussed.

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This report briefly outlines the progress made during the last 2 years in extending the operational range of the Transonic Self-Streamlining Wind Tunnel (at the University of Southampton) into high subsonic speeds. Analytical preparation completed in order to achieve such an extension is outlined and a summary of the preliminary model validation tests is presented. Future work necessary to allow further validation and development is discussed.

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Available abstract

This report briefly outlines the progress made during the last 2 years in extending the operational range of the Transonic Self-Streamlining Wind Tunnel (at the University of Southampton) into high subsonic speeds. Analytical preparation completed in order to achieve such an extension is outlined and a summary of the preliminary model validation tests is presented. Future work necessary to allow further validation and development is discussed.

Key concepts: Transonic, Subsonic and transonic wind tunnel, Wind tunnel, Aeronautics, Aerospace engineering, Work (physics), Range (aeronautics), Engineering

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The status of two-dimensional testing at high transonic speeds in the University of Southampton transonic self-streamlining wind tunnel — Research Paper | ScholarLens