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Boundary Value Problem for a High Order Equation of Mixed-Composite Type

机译:混合复合类型高阶方程的边值问题

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摘要

Using the nonstationary Galerkin method and the regularization method, author proves the existence and uniqueness of the regular solution of one boundary value problem for a high order equation of mixed-composite type, under the certain conditions on the coefficients and the right side of the equation. The leading coefficient of an equation can arbitrarily change its sign within cylindrical domain. It has the constant sign on the bases of cylinder. The eigenfunctions of the spectral problem for a Laplace equation are basic functions. The error estimate of the approximate solutions with respect to the exact solution is obtained and expressed in terms of the regularization parameter and the eigenvalues of the above spectral problem.
机译:使用非间断的Galerkin方法和正则化方法,作者证明了一个边界值问题的定期解决方案的常规解决方案的存在唯一性,在系数和方程右侧的某些条件下。等式的主要系数可以在圆柱形域内任意改变其符号。它具有圆柱体的常数标志。拉普拉斯方程的光谱问题的特征功能是基本功能。获得了关于精确解决方案的近似解的误差估计,并以正则化参数和上述光谱问题的特征值表示。

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