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首页> 外文期刊>Computer Methods in Applied Mechanics and Engineering >Unconditionally stable higher-order accurate collocation time-step integration algorithms for first-order equations
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Unconditionally stable higher-order accurate collocation time-step integration algorithms for first-order equations

机译:一阶方程的无条件稳定高阶精确配置时间步积分算法

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摘要

In this paper, unconditionally stable higher-order accurate time-step integration algorithms for linear first-order differential equations based on the collocation method are presented. The amplification factor t the end of the spectrum is a controllable al- gorithmic parameter. The collocation parameters for unconditionally stable higher-order accurate algorithms are for and to be given by the roots of a polynomial in terms of the ultimate amplification factor.
机译:提出了一种基于搭配方法的线性一阶微分方程无条件稳定的高阶精确时间步积分算法。频谱末端的放大因子是可控制的算法参数。无条件稳定的高阶精确算法的搭配参数是针对多项式的根,并由这些多项式的根根据最终放大因子给出。

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