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Analytical derivations for one-dimensional eigenproblems using dual boundary element method and multiple reciprocity method

机译:一维本征问题的解析推导使用双重边界元法和多重互易法

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摘要

In this paper, MRM (multiple reciprocity method) and DBEM (dual boundary element method) are combined to solve one-dimensional eigenproblems. It is found that the hypersingular equation (LM method) for MRM provides and additional constraint to determine the eigenfunctions in case of failure using the singular equation (UT) method only. Also, augmented eigenvalues can be deleted by employing dual equations. The hypersingular equation of DBEM (LM equation) plays an important role in determining the eigenvalues and eigenmodes. Four numerical examples are given to verify the validity of the present formulation.
机译:本文将MRM(多重互易方法)和DBEM(双边界元方法)相结合来解决一维特征问题。发现用于MRM的超奇异方程(LM方法)仅在使用奇异方程(UT)方法时提供了附加的约束来确定故障时的本征函数。同样,可以通过采用对偶方程来删除增强的特征值。 DBEM的超奇异方程(LM方程)在确定特征值和特征模式方面起着重要作用。给出了四个数值例子,验证了本配方的有效性。

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