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The 2D large deformation analysis using Daubechies wavelet

机译:使用Daubechies小波的2D大变形分析

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In this paper, Daubechies (DB) wavelet is used for solution of 2D large deformation problems. Because the DB wavelet scaling functions are directly used as basis function, no meshes are needed in function approximation. Using the DB wavelet, the solution formulations based on total Lagrangian approach for two-dimensional large deformation problems are established. Due to the lack of Kroneker delta properties in wavelet scaling functions, Lagrange multipliers are used for imposition of boundary condition. Numerical examples of 2D large deformation problems illustrate that this method is effective and stable. Keywords Wavelet-Galerkin method - DB wavelet - Scaling function - Large deformation
机译:本文将Daubechies(DB)小波用于求解二维大变形问题。由于DB小波缩放函数直接用作基函数,因此在函数逼近中不需要网格。利用DB小波,建立了基于总拉格朗日方法的二维大变形问题的求解公式。由于小波缩放函数中缺少克朗克增量属性,因此使用拉格朗日乘数来施加边界条件。二维大变形问题的数值例子说明了该方法的有效性和稳定性。关键词小波-加勒金法-DB小波-缩放函数-大变形

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