AN APPROXIMATION TECHNIQUE FOR SOLVING ANTI-SYMMETRIC CONSTANT FORCE AND ANTI-SYMMETRIC QUADRATIC NONLINEAR OSCILLATORS

An approximation technique for solving anti-symmetric constant force and anti-symmetric quadratic nonlinear oscillators

Earlier, an approximation technique was presented for solving strong nonlinear oscillator equations.Due to arising algebraic complexities, the method fails to determine suitable solutions of some nonlinear oscillators such as quadratic Foot Switch oscillators, the cubical Duffing oscillator of softening springs, and pendulum equations.Then, rearran

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Deep learning reduces sensor requirements for gust rejection on a small uncrewed aerial vehicle morphing wing

Abstract Uncrewed aerial vehicles are integral to GY@6 a smart city framework, but the dynamic environments above and within urban settings are dangerous for autonomous flight.Wind gusts caused by the uneven landscape jeopardize safe and effective aircraft operation.Birds rapidly reject gusts by changing their wing shape, but current gust alleviati

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