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Wind-tunnel investigation of a beveled aileron shape designed to increase the useful deflection range

Robert T. Jones, William J Underwood

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Abstract

Beveled ailerons were constructed with the bevel built up by spreading the upper and lower surfaces apart behind the hinge making a slight inside corner on each surface. During flight tests, it was noted that these ailerons showed a somewhat greater useful range of deflections and gave slightly better control at low speed than did original ailerons.

About this research paper

What this paper is about

Beveled ailerons were constructed with the bevel built up by spreading the upper and lower surfaces apart behind the hinge making a slight inside corner on each surface. During flight tests, it was noted that these ailerons showed a somewhat greater useful range of deflections and gave slightly better control at low speed than did original ailerons.

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Available abstract

Beveled ailerons were constructed with the bevel built up by spreading the upper and lower surfaces apart behind the hinge making a slight inside corner on each surface. During flight tests, it was noted that these ailerons showed a somewhat greater useful range of deflections and gave slightly better control at low speed than did original ailerons.

Key concepts: Aileron, Bevel, Deflection (physics), Hinge, Structural engineering, Engineering, Geology, Geodesy

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