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Research on Aeolian Vibration of a Conductor Based on Finite Particle Method

Wenping Xie 1, Zuyan Zhang 2, Ningbo Xu 2, Li Li 2, Zheng Wang 2, and Xiaoyu Luo 1
1. Electric Power Science Research Institute, Grid Corporation Company of Guang Dong, Guangzhou, China
2. School of Civil Engineering & Mechanics, Huazhong University of Science & Technology, Wuhan, China

Abstract—Destruction of transmission lines due to Aeolian vibration is more and more serious recently with wide applications of the Ultra High Voltage Technology, so it is necessary to study the response of Aeolian vibration of conductor. This paper uses the finite particle method which is different from the energy balance method to research the transmission line’s response under Aeolian vibration. Base on vector mechanics of structures, the finite particle method divides a structure into particles which are linked by elements. The movement of the particles is followed by the Newton’s second law. By establishing the relationship between the Stockbridge-type damper’s force and particle’s displacement, the responses of Aeolian vibrations of conductors with different type dampers and that with different locations of dampers are calculated. Because the finite particle method can consider the damper’s dynamic characteristics, the mass and geometric nonlinearity of a conductor, this method can produce a more accurate analysis result than the energy balance method. At last, the three-dimensional response of Aeolian vibration of conductor is calculated which shows the damping will weaken the lateral movement of a conductor.

Index Terms—Aeolian vibration, finite particle method, description of particle positions, Stockbridge-type damper, transverse wind

Cite: Wenping Xie, Zuyan Zhang, Ningbo Xu, Li Li, Zheng Wang, and Xiaoyu Luo, "Research on Aeolian Vibration of a Conductor Based on Finite Particle Method," International Journal of Electrical Energy, Vol. 4, No. 3, pp. 143-151, September 2016. doi: 10.18178/ijoee.4.3.143-151


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