首页> 外文会议>AMD-vol.257; American Society of Mechanical Engineers(ASME) International Mechanical Engineering Congress and Exposition; 20061105-10; Chicago,IL(US) >THE DUAL STATE VARIABLE FORMULATION AS AN ALTERNATIVE TO PERTURBATION METHODS FOR THE ANALYSIS OF NON-LINEAR OSCILLATORS
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THE DUAL STATE VARIABLE FORMULATION AS AN ALTERNATIVE TO PERTURBATION METHODS FOR THE ANALYSIS OF NON-LINEAR OSCILLATORS

机译:双态变量公式作为微分方法的非线性振荡器分析方法

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The "dual" state variable (DSV) formulation is a new way to represent ordinary differential equations. It is based on a framework that is consistent with the analysis of linear systems, and it allows the state space representation of a system to exhibit considerable symmetry. Its use in modeling requires a clear understanding of its unique four-dimensional state space, but it can be computationally simple. The DSV formulation has been successfully applied to model the nonlinear pendulum, the Duffing oscillator, and the van der Pol oscillator, with results that are superior to those of perturbation methods. An introduction to the DSV formulation and a framework for its systematic application as a modeling tool for nonlinear oscillators are presented.
机译:“双重”状态变量(DSV)公式是表示常微分方程的一种新方法。它基于与线性系统分析一致的框架,并且允许系统的状态空间表示形式表现出相当大的对称性。在建模中使用它需要清楚地了解其独特的四维状态空间,但是它在计算上可能很简单。 DSV公式已成功应用于非线性摆,Duffing振荡器和van der Pol振荡器的建模,其结果优于微扰方法。介绍了DSV公式及其系统应用框架,作为非线性振荡器的建模工具。

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