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Pupitetris (talk | contribs) m (Got all airfoils in a section of their own.) |
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*'''dihedral:''' The dihedral angle of the wing. Positive angles are upward dihedral. Defaults to zero. | *'''dihedral:''' The dihedral angle of the wing. Positive angles are upward dihedral. Defaults to zero. | ||
*'''idrag:''' Multiplier for the "induced drag" generated by this surface. In general, low aspect wings will generate less induced drag per-AoA than high aspect (glider) wings. This value isn't constrained well by the solution process, and may require tuning to get throttle settings correct in high AoA (approach) situations. | *'''idrag:''' Multiplier for the "induced drag" generated by this surface. In general, low aspect wings will generate less induced drag per-AoA than high aspect (glider) wings. This value isn't constrained well by the solution process, and may require tuning to get throttle settings correct in high AoA (approach) situations. | ||
*'''effectiveness:''' Multiplier for the "normal" drag generated by the wing. Defaults to 1. Arbitrary, dimensionless factor. | |||
*'''camber:''' The lift produced by the wing at zero angle of attack, expressed as a fraction of the maximum lift produced at the stall AoA. | *'''camber:''' The lift produced by the wing at zero angle of attack, expressed as a fraction of the maximum lift produced at the stall AoA. | ||
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