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Numerical simulation in nonlinear dynamic systems with retiming of motions of individual components

机译:具有单个组件动作重度的非线性动力系统的数值模拟

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We study differential equations describing nonlinear processes in dynamical systems (macro-systems) that consist of a large number of components (micro-systems) and allow a synchronization in behavior of these components. In physics, these processes underlie the echo phenomena. An empirical solution of such equations is proposed. A solution is given in the form of power series of power series of the spectra of external of external perturbations acting on a macro-system. Numerical simulations of this solution give a good agreement with a number of experimentally observed echo phenomena.
机译:我们研究描述由大量组件(微系统)组成的动态系统(宏系统)中的非线性过程的微分方程,并允许在这些组件的行为中同步。在物理学中,这些过程利于回声现象。提出了这种等式的经验解。一种解决方案是以在宏观系统上作用的外部扰动外部的外部扰动的电力系列的功率系列的形式给出。该解决方案的数值模拟与许多实验观察到的回声现象提供了良好的一致性。

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