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The Finite Element Approximation for Minimal Surfaces Subject to the Plateau Problems

机译:受高原问题影响的最小曲面的有限元逼近

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This paper talks about generating the minimal surfaces which are subject to the wellknownrnPlateau problem. The differential form of the Plateau problem is deu0002ned atrnu0002rst and, its associated discrete schemes which reduced from the u0002nite element methodsrncould be practically solved by the numerical iteration methods like the Newton'srniteration. The convergence property of the u0002nite element solutions are proved by stepsrnand some multi-grid algorithms have been implemented to speed up the computation.rnThese new approximation methods will be applied to the project of generating thernminimal surfaces on computer softwares later.
机译:本文讨论生成最小表面的问题,该最小表面受到众所周知的高原问题的影响。高原问题的微分形式在rn0002rst处被分解,并且其相关的离散方案(从u0002nite元方法中减少)可以通过牛顿的数值迭代方法来实际解决。逐步证明了u0002nite元素解的收敛性,并实现了多种网格算法以加快计算速度。这些新的近似方法将应用于以后在计算机软件上生成最小曲面的项目。

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