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Huang, D.-C., Ruan, J.-J. and Liu, S.-B. (2010) Potential Distribution along UHV AC Transmission Line Composite Insulator and Electric Field Distribution on the Surface of Grading Ring. High Voltage Engineering, 36, 1442-1447.

has been cited by the following article:

• TITLE: Study on Surface Electric Field Simulation of High Voltage Transmission Line Assembly

  AUTHORS: Liankai Chen, Wenqing Lai, Jun Wang, Guoyi Jiang, Yan Zhou, Yong Chen, Haibo Liu, Zhaoyu Qin, Lei Ke, Lei Wang, Yang Shen

  KEYWORDS: High Voltage Assembly; Finite Element Method; Simulation Calculation; Electric Field Distribution

  JOURNAL NAME: Journal of Power and Energy Engineering, Vol.2 No.4, April 22, 2014

  ABSTRACT: For the studies in the field of high voltage power transmission, this paper has adopted the method of finite element node potential, and put forward two kinds of high pressure sensor-fixture modeling scheme for the sensor-fixture of the high voltage side, the simulation analysis shows that the sensor-fixture surface should be smooth, and should not appear the conclusion of edges and corners. While through establishing the four clamps assembly optimized model, and simulates the strain gages, fixtures and conductor surface field strength and electric field distribution in the model as a whole in turn, this paper Finally got the optimal size of fixture structure and assembly of each part reasonable location layout.