非周期激励双参数摆的自适应延迟同步
adaptive time delay synchronization of dual parametrical pendulum under aperiodic excitation
参数摆为典型的非线性动力学系统模型,能够表现出丰富的动力学特性,如周期,分岔和混沌等。双参数摆通过单方向激励输入实现四个自由度的运动,具有更加丰富的动力学特性。采用双参数摆的旋转运动收集波浪能量可以实现波浪发电,如何实现稳定的旋转运动是需要解决的问题。本文给出了参数摆的数学模型,针对固定参数延迟反馈控制在非周期输入情况下无法实现双参数摆同步的问题,提出采用自适应延迟控制实现双参数摆的稳定反向同步。对周期输入和非周期输入(波浪输入)的情况均能够实现双参数摆的稳定旋转同步,仿真结果证明的所提方法的有效性,本文研究为利用双参数摆进行波浪能收集和发电奠定了基础。
Parametrical pendulum is typical nonlinear system model demonstrating plenty of dynamical properties, such as periodical motion, bifurcation, and chaos, etc. Dual parametrical pendulum with single direction excitation has four degree freedom motion, which could demonstrate rich dynamics. The rotating dual parametrical pendulum can collect wave energy to generate electricity. How to implentment stable anti-direction rotaion and synchronization of the dual pendulum is the problem to be considered. In this paper, parametrical pendulum model is given. To deal with the problem faced with conventional time delay feedback control, an adaptive time delay control method is proposed to implement stable rotating synchronization of two pendulums. The proposed method implements rotating synchronization of two pendulums under the periodical and non-periodical excitation, simulation results show its effectiveness. The work in this paper can be used for wave energy collection and power generation using dual pendulum.
康乐、李洁、任海鹏
能源动力工业经济数学力学
动力学系统双参数摆延迟反馈自适应同步波浪发电
dyanmical systemdual prametrical pendulumtime delay feedbackadaptive controlwave power generation.
康乐,李洁,任海鹏.非周期激励双参数摆的自适应延迟同步[EB/OL].(2016-06-23)[2025-08-02].http://www.paper.edu.cn/releasepaper/content/201606-842.点此复制
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