Accuracy of Symmetric Multi-Step Methods for the Numerical Modelling of Satellite Motion

E. Karepova, I. Adaev, Y. Shan’ko
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引用次数: 4

Abstract

Stability of high-order linear multistep St¨ormer-Cowell and symmetric methods are discussed in detail in this paper. Efficient algorithms for obtaining intervals of absolute stability and periodicity are given for these methods. To demonstrate the accuracy of numerical integration of the orbit over an interval about one year two model problems are considered. First problem is the 3D Kepler problem. Second one is a specially designed 3D model problem that has the exact solution and simulates the Earth-Moon-satellite system
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对称多步卫星运动数值模拟方法的精度
本文详细讨论了高阶线性多阶St¨former - cowell方法和对称方法的稳定性。给出了这些方法的绝对稳定区间和周期区间的有效求解算法。为了证明一年内轨道数值积分的准确性,考虑了两个模型问题。第一个问题是3D开普勒问题。第二个是一个专门设计的三维模型问题,它有精确的解决方案,并模拟了地球-月球-卫星系统
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