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Application of series with recurrently calculated coefficients for solving initial-boundary value problems for nonlinear wave equations

机译:串联计算非线性波动方程初边值问题的循环系数的应用

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For one class of nonlinear wave equations with a small parameter, an initial-boundary value problem with zero boundary conditions is considered. The solution of such a problem is constructed with using series with recurrently calculated coefficients in two ways. In the first case, the method of special series is considered, which is based on the choice of some functions (basic functions), by the powers of these functions the solution of the original problem is presented into a series with recurrently calculated coefficients. In the other case to represent solutions of the problem a combination of Fourier and small parameter methods is used. It is shown that both proposed constructions of series with recurrently calculated coefficients converge to the solution of the initial-boundary value problem on a finite time interval.
机译:对于具有小参数的一类非线性波方程,考虑具有零边界条件的初始边界值问题。 这种问题的解决方案是以两种方式使用与频繁计算的系数的系列。 在第一种情况下,考虑特殊系列的方法,这是基于某些功能的选择(基本功能),通过这些功能的功率,原始问题的解决方案呈现给具有频繁计算的系数的系列。 在另一个情况下,表示问题的解决方案,使用傅立叶和小参数方法的组合。 结果表明,两个具有频繁计算的系数的串联结构会聚到有限时间间隔上的初始边界值问题的解决方案。

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