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Application of Dynamic Fractional Differentiation to the Study Of Oscillating Viscoelastic Medium With Cylindrical Cavity

机译:动态分数阶微分法在圆柱腔振动黏弹性介质研究中的应用

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摘要

Oscillations of a viscoelastic medium with a cylindrical cavity are studied. The viscosity is taken into account in the form of an additional terms in the constitutive equation, proportional to a fractional derivative of variable order. In the considered examples the order function corresponds to dependences obtained for real materials. a damping effect is observed in the amplitude behavior. The field which determines the order function demonstrates the Viscoelastic behavior of the material under load.
机译:研究了具有圆柱形空腔的粘弹性介质的振动。在本构方程中以附加项的形式考虑粘度,该变量与可变阶数的分数导数成比例。在所考虑的示例中,阶函数对应于对真实材料获得的依赖性。在振幅行为中观察到阻尼效应。确定阶次函数的字段演示了负载下材料的粘弹性行为。

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