变压器
变压器油
油箱
压力波
内压
工程类
断层(地质)
机械
电弧
电气工程
机械工程
电压
地质学
物理
电极
热力学
地震学
量子力学
作者
Boyu Li,Zhiguo Hao,Guocheng Ding,Yucheng Zhang,Zhongxin Xue,Xingwang Wu
标识
DOI:10.1109/aeero52475.2021.9708106
摘要
In recent years, oil-filled power transformer explosion accidents occur from time to time, and have caused serious effect to the power system. To analyze the cause of oil tank rupture, a new numerical simulation model is established to calculate internal pressure rise caused by arc fault, and stress field of the tank body. Based on theories of wave acoustics, thermodynamics and solid mechanics, the model describes bubble's generation, propagation of pressure wave, and deformation of the transformer tank. The simulation results are in good agreement with accident phenomena, which can provide reference for the future accident prevention.
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