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Air Max 1 Milan acting on a moving control surface
Identification of the optimum generation schedule by various methods of coordinating incremental generation costs and incremental transmission losses has been described previously in the literature. This paper presents an analytical Air Max 1 Milan approach which reduces the time-consuming iterative procedure into a mere positive-root determination of a third-order polynomial in λ. This approach includes the effect of transmission losses and is suitable for systems with any number of plants. The validity and effectiveness of this method are demonstrated by analysing a sample system. This analytical study addresses three different, but closely related problems: time-history dependence of aerodynamic forces acting on a moving control surface, control by means of trim tabs, and control surface reaction upon abrupt actuator failure. Closed-form solutions are proposed to each of these problems. Perhaps the most conspicuous result is our conclusion that history-dependent aerodynamic effects have no significant influence on the transfer Cheap Air Force 1 Shoes Uk function between the trim tab and the surface it drives, provided that the chord of the surface is sufficiently small compared to the total chord.