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Two-dimensional wave equations with fractal boundaries

机译:分形边界的二维波动方程

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摘要

Wave equations are one of the three types of classical partial differential equations of second order. These equations arise in mathematical modelling of the motion of vibrating strings and membranes, and are typical in studying partial differential equations of second order. Wave equations in the sense of classical derivative with smooth boundaries have been investigated extensively. However, few studies on membranes with fractal boundaries have appeared in the literature. This article is devoted to two types of two-dimensional wave equations with fractal boundaries.
机译:波动方程是二阶经典偏微分方程的三种类型之一。这些方程式是在振动弦和薄膜运动的数学模型中产生的,并且在研究二阶偏微分方程式中很典型。具有平滑边界的经典导数意义上的波动方程已得到广泛研究。然而,关于分形边界的膜的研究很少。本文致力于两种具有分形边界的二维波动方程。

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