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Study on Complex Geometric Boundary Problems in Hamiltonian system

机译:哈密​​顿体系中复杂几何边界问题的研究

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Based on the Hamiltonian system, a numerical method of boundary integral is proposed for solving the problems of mechanical boundary conditions, especially those with complex geometric boundary. This method is based on the eigensolution of analytic form and realizes the solution of the problem through twice integration. On the one hand, the eigenvalue equation is established by directly integrating the eigenvalues of analytic form on the boundary, and the eigenvalues corresponding to the eigenvalues can meet the boundary conditions in an average sense; on the other hand, taking the eigenvalues of each order as the weight function, through the weighted integration on the boundary, the algebraic equations on the expansion of the eigenvalues are established to realize the Effective handling.
机译:基于哈密顿系统,提出了一种边界积分的数值方法来解决机械边界条件,特别是那些具有复杂几何边界的边界条件的问题。该方法基于解析形式的本征解,并且通过两次积分来实现问题的解。一方面,特征值方程是通过在边界上直接积分解析形式的特征值而建立的,与特征值相对应的特征值在平均意义上可以满足边界条件。另一方面,以各阶特征值作为权重函数,通过边界上的加权积分,建立了特征值扩展的代数方程,实现了有效处理。

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