Preliminary investigation of various ailerons on a 42 degree sweptback wing for lateral control at transonic speeds
Thomas R Turner, Vernard E Lockwood, Raymond D Vogler
Abstract
Thomas R Turner, Vernard E Lockwood, Raymond D Vogler
Abstract
Report presenting an investigation at transonic speeds in the high speed tunnel to determine the rolling-effectiveness characteristics of several aileron arrangements for use on a 42 degree sweptback wing. Results regarding the rolling-moment coefficients, variation of coefficient with Mach number, outboard cusp aileron, and use of the leading-edge flaps are provided.
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Report presenting an investigation at transonic speeds in the high speed tunnel to determine the rolling-effectiveness characteristics of several aileron arrangements for use on a 42 degree sweptback wing. Results regarding the rolling-moment coefficients, variation of coefficient with Mach number, outboard cusp aileron, and use of the leading-edge flaps are provided.
Key concepts: Aileron, Transonic, Wing, Cusp (singularity), Degree (music), Structural engineering, Mach number, Moment (physics)