Dynamics and Exact Solutions of Third-order Nonlinear Evolutionary Differential Equations

A. Kushner, E. N. Kushner
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Abstract

This article proposes an approach to constructing exact solutions of a third-order nonlinear evolutionary differential equation based on the theory of finite-dimensional dynamics. This theory, in turn, is based on the theory of shuffling symmetries of ordinary differential equations and it is a natural extension of the theory of dynamical systems to evolutionary partial differential equations. theory of finite-dimensional dynamics makes it possible to find families of solutions of evolution equations, depending on a finite number of parameters, among all solutions of such equations.
三阶非线性演化微分方程的动力学与精确解
本文提出了一种基于有限维动力学理论构造三阶非线性演化微分方程精确解的方法。该理论又以常微分方程的洗牌对称理论为基础,是动力系统理论对进化偏微分方程的自然推广。有限维动力学理论使我们有可能在演化方程的所有解中找到依赖于有限数量参数的演化方程的解族。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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