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Bifurcations of limit cycles in periodically forced nonlinearsystems: the harmonic balance approach

机译:周期强迫非线性系统中极限环的分叉:谐波平衡法

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摘要

The harmonic balance approach is used to analyze tangent (saddle-node) and flip (period-doubling) bifurcations of limit cycles in periodically forced nonlinear dynamical systems. An algebraic system of equations, whose unknowns are the coefficients of a truncated Fourier series, is defined and the relationships between the bifurcations of the solutions of this algebraic system and the tangent and flip bifurcations of the limit cycles are pointed out. Some examples are presented to illustrate the method and its accuracy
机译:谐波平衡方法用于分析周期性强迫非线性动力系统中极限环的切线(鞍形节点)和翻转(周期加倍)分支。定义了一个方程式的代数系统,其未知数是一个截短的傅立叶级数的系数,并指出了该代数系统的解的分叉与极限环的切线和翻转分叉之间的关系。给出了一些例子来说明该方法及其准确性

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