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Wind tunnel investigation of effect of yaw on lateral-stability characteristics IV : symmetrically tapered wing with a circular fuselage having a wedge-shaped rear and a vertical tail

Arthur R Wallace

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Abstract

When the flap was neutral, the Influenoe of interference on effective dihedral was greater for the oircular-fuselage aombinatloas than for the wedge-rearfuselage oomblnations.When the flap was defleoted, the effeot of the interference on the dihedral was more favorable for the.wedge-rear-fuselage combinations than for the circular-fuselage combinations.The directional etability of the model without tail with the wedge-rear fuselage was more favorably affected by wing-:uselage Interference than the stability of those combinations with the circular fuselage, but the interference had a more favorable effeot on the effectiveness of the vertical tail of the clroular-fuselage models than on that of the wedge-rear-fuselage models.At high angles of yaw the wedge-rear fuselage alone was more stable directionally than the circular fuselage alone:.

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When the flap was neutral, the Influenoe of interference on effective dihedral was greater for the oircular-fuselage aombinatloas than for the wedge-rearfuselage oomblnations.When the flap was defleoted, the effeot of the interference on the dihedral was more favorable for the.wedge-rear-fuselage combinations than for the circular-fuselage combinations.The directional etability of the model without tail with the wedge-rear fuselage was more favorably affected by wing-:uselage Interference than the stability of those combinations with the circular fuselage, but the interference had a more favorable effeot on the effectiveness of the vertical tail of the clroular-fuselage models than on that of the wedge-rear-fuselage models.At high angles of yaw the wedge-rear fuselage alone was more stable directionally than the circular fuselage alone:.

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Available abstract

When the flap was neutral, the Influenoe of interference on effective dihedral was greater for the oircular-fuselage aombinatloas than for the wedge-rearfuselage oomblnations.When the flap was defleoted, the effeot of the interference on the dihedral was more favorable for the.wedge-rear-fuselage combinations than for the circular-fuselage combinations.The directional etability of the model without tail with the wedge-rear fuselage was more favorably affected by wing-:uselage Interference than the stability of those combinations with the circular fuselage, but the interference had a more favorable effeot on the effectiveness of the vertical tail of the clroular-fuselage models than on that of the wedge-rear-fuselage models.At high angles of yaw the wedge-rear fuselage alone was more stable directionally than the circular fuselage alone:.

Key concepts: Fuselage, Wing, Wedge (geometry), Structural engineering, Wind tunnel, Longitudinal static stability, Engineering, Aerodynamics

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Wind tunnel investigation of effect of yaw on lateral-stability characteristics IV : symmetrically tapered wing with a circular fuselage having a wedge-shaped rear and a vertical tail — Research Paper | ScholarLens