Active damping of forced resonance vibrations of an isotropic shallow viscoelastic cylindrical panel under the action of an unknown mechanical load |
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Authors: | T V Karnaukhova |
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Institution: | 1.“KPI” National Technical University of Ukraine,Kiev,Ukraine |
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Abstract: | Using a new approach, we consider the problem of active damping of the forced resonance vibrations of a viscoelastic isotropic
cylindrical panel with simply supported edge faces. The mechanical load is assumed to be unknown; it can be found from the
experimental data of a sensor. The problem is solved by the Bubnov–Galerkin method. A relation was obtained for the potential
difference that has to be supplied to an actuator for the damping of resonance vibrations of the panel. We also study the
influence of sizes of sensors and actuators, the dissipative properties of materials, and temperature on the efficiency of
active damping of the forced resonance vibrations of a cylindrical panel. |
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Keywords: | |
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