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Distributed jenkin elements in modeling hysteresis in cables

机译:分布式Jenkin元素在缆绳上建模滞后

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In several previous papers the authors discussed the experimental determination and the mathematical modeling of hysteresis via the Masing model, in particular with view to the hysteresis in the transverse vibrations of cables (see [1-7]). In these papers, the authors focused on the energy dissipation in periodic (forced) or slowly deca ying vibrations rather than an arbitrary, general motion. Locally in the cable, the relation between the bending moments and the curvature was described by several Jenkin elements in addition tp a constant bending stiffness term. Experimental data obtained in a simple test rig were then used to identify the parameters of the Jenkin elements.
机译:在几篇之前的论文中,作者讨论了通过施用模型的滞后的实验测定和数学建模,特别是在电缆横向振动中的滞后(见[1-7])。在这些论文中,作者集中在周期性(强制)或缓慢的Deca Ying振动中的能量耗散而不是任意的一般动作。本地在电缆中,弯矩与曲率之间的关系是由几个Jenkin元素的恒定弯曲刚度术语描述的。然后使用在简单的试验台中获得的实验数据来识别Jenkin元件的参数。

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