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Analysis of system dynamics after saddle-node bifurcations for general nonlinear systems with unmodelled dynamics

机译:具有非模型动力学的一般非线性系统鞍结分叉后的系统动力学分析

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摘要

The problem of losing the stability of equilibrium points of general nonlinear autonomous dynamical systems due to a single parameter associated with the saddle-node bifurcations is considered. The cases when some of the state variables are assumed to be fixed at the bifurcation or under the effect of small changes are analyzed. It is shown analytically that under some conditions saddle-node bifurcations are persistent with regular or singular perturbations of the vector field. It is also shown that the dynamics after the bifurcation can be identified and easily described.
机译:考虑了由于与鞍节点分叉有关的单个参数而失去一般非线性自治动力系统平衡点稳定性的问题。分析了某些状态变量被假定为在分叉处固定或在微小变化的影响下固定的情况。分析表明,在某些情况下,鞍形节点分叉是持久的,矢量场有规则或奇异摄动。还表明,可以识别并容易地描述分叉之后的动力学。

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