Solution of Laplace Equation by Modified Differential Transform Method

R. S. M. Kularathna, N. Kajan, T. Jeyamugan, S. Thilaganathan
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Abstract

In this paper, we applied the modified two-dimensional differential transform method to solve Laplace equation. Laplace equation is one of Elliptic partial differential equations. These kinds of differential equations have specific applications models of physics and engineering. We consider four models with two Dirichlet and two Neumann boundary conditions. The simplicity of this method compared to other iteration methods is shown here. It is worth mentioning that here only a few number of iterations are required to reach the closed form solutions as series expansions of some known functions.
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用修正微分变换法求解拉普拉斯方程
本文应用改进的二维微分变换法求解拉普拉斯方程。拉普拉斯方程是椭圆偏微分方程的一种。这类微分方程在物理学和工程学中有特殊的应用模型。我们考虑了带有两个 Dirichlet 和两个 Neumann 边界条件的四个模型。与其他迭代法相比,这种方法的简便性在此得到了体现。值得一提的是,在这里只需要少量的迭代就可以得到一些已知函数的数列展开的闭式解。
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