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Collocation for high order differential equations with two-points Hermite boundary conditions

机译:具有两点Hermite边界条件的高阶微分方程的配置

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摘要

For the numerical solution of high even order differential equations with two-points Hermite boundary conditions a general collocation method is derived and studied. Computation of the integrals which appear in the coefficients are generated by a recurrence formula and no integrals are involved in the calculation. An application to the solution of the beam problem is given. Numerical experiments provide favorable comparisons with other existing methods.
机译:对于具有两点Hermite边界条件的高阶偶数微分方程的数值解,推导并研究了一种通用的配置方法。系数中出现的积分的计算是通过递归公式生成的,计算中不涉及积分。给出了解决光束问题的应用。数值实验提供了与其他现有方法的有利比较。

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