数值模拟工具在高压断路器概念中的贡献

G. Marquezin, Lin Yi, Zhenxia Deng, P. Robin-Jouan, Jafeth Rodríguez
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引用次数: 0

摘要

现代仿真工具在所有物理领域的发展和计算机能力的重要提高使工程师能够使用数值仿真工具进行高压断路器的开发。第一维度和优化是可能的,并导致减少测试。有了适当的假设,今天的商业软件是完全相关的,通常用于电介质,热和机械计算。电磁、流体和断裂过程的模拟更为复杂,因为必须考虑精确的现象,并且可以部分地定义。可以使用特定的标准来预测实际测试的成功或失败。为了越来越适合测试,这些工具仍在开发中,并且需要特定的验证步骤。本文详细介绍了这些工具及其应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contribution of the numerical simulation tools in the high voltage circuit-breaker conception
The development of modern simulation tools in all the physics and the important increase of the computer capabilities allow engineers to use numerical simulation tools for high voltage circuit-breaker developments. First dimensioning and optimization are possible and lead to a reduction of the tests. With appropriate hypothesis, today commercial softwares are perfectly relevant, typically for the dielectric, thermal and mechanical calculations. The electromagnetic, fluid and breaking process simulations are more complex since precise phenomena have to be considered and can be partially defined. Particular criteria can be used to predict the success or failure of the real test. To be more and more fitted to tests, these tools are still being developed and particular validation steps are required. The paper presents some details about these tools and their applications.
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