Study on the Dynamics Mechanism of Railway Flood in Xinjiang Line of New Eurasian Continental Bridge

作者：Yang Si-quan, Chen Yaning, Wang Angsheng, Jianguo Zhang, Weihong Li · 年份：2005 · 研究领域：Ecosystem dynamics and resilience、Chaos control and synchronization

In this paper, taking railway flood in Xinjiang Line of New Eurasian Continental Bridge as an example, the dynamics mechanism of railway flood has been studied by using Chaotic Theory. During study, some nonlinear features of railway flood, such as correlation dimension D2 and Kolomogorov entropy K, are analyzed based on time-series of railway flood in Xinjiang Line of New Eurasian Continental Bridge. Results show: time-series distribution of railway flood has some characteristics of Chaos dynamic system, and the variation of railway flood frequency is a definite low-dimension Chaotic attractor. The average length of Tp(Tp = 15d) calculated in this paper, which shows the time of forecasting by this Chaotic dynamic system, is close to the reality.