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首页> 外文期刊>Journal of Computational Physics >Symmetry breaking Hopf bifurcations in equations with O(2) symmetry with application to the kuramoto-sivashinsky equation
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Symmetry breaking Hopf bifurcations in equations with O(2) symmetry with application to the kuramoto-sivashinsky equation

机译:具有O(2)对称性的方程组中打破Hopf分支的对称性在kuramoto-sivashinsky方程中的应用

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摘要

In problems with O(2) symmetry, the Jacobian matrix at nontrivial steady state solutions with D_n symmetry always has a zero eigen- value due to the group orbit of solutions. We consider bifurcations which occur when complex eigenvalues also cross the imaginary axis and develop a numerical method which involves the addition of a new variable, namely the velocity of solutions drifting round the group orbit, and another equation, which has the form of a phase condition for isolating one solution on the group orbit.
机译:在具有O(2)对称性的问题中,由于解的群轨道,具有D_n对称性的非平稳态解的Jacobian矩阵始终具有零本征值。我们考虑了在复杂特征值也越过虚轴时发生的分叉,并开发了一种数值方法,其中涉及添加一个新变量,即溶液在群轨道上漂移的速度,以及另一个具有相态形式的方程。用于隔离群轨道上的一种解决方案。

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