Structural Reliability-Based Design of Utility Poles: Loads

机译：基于结构可靠性的公用工程杆设计：荷载

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Electrical transmission line structures need to be capable of withstanding loads generated from weather-related events, construction and maintenance events, and provide failure containment to minimize damage from disaster. The design load criteria in this Section addresses only the typical considerations for high voltage transmission systems. These structures most likely have longer span, higher structural profile, and they are more difficult to replace or repair when damaged. They could have substantial impacts when out of service since they cover larger area. The stability of electrical grid could be disturbed by a single unplanned event of structures.

机译：输电线路的结构必须能够承受与天气有关的事件，建筑和维护事件产生的负载，并提供故障抑制措施，以最大程度地减少灾难造成的破坏。本节中的设计负载标准仅针对高压传输系统的典型注意事项。这些结构很可能具有更长的跨度，更高的结构轮廓，并且在损坏时更难以更换或维修。当它们停止服务时，它们可能会产生重大影响，因为它们会覆盖更大的区域。电网的稳定性可能会受到单个计划外结构事件的干扰。

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来源
《Conference on Electrical Transmission in a New Age Sep 9-12, 2002 Omaha, Nebraska》|2002年|p.98-108|共11页
会议地点 Omaha NE(US)
作者
Richard Aichinger; Nelson Bingel; Gary E. Bowles; Habib J. Dagher; James W. Davidson; Fouad Fouad; Magdi Ishac; Brian Lacoursiere; Wesley J. Oliphant; Ronald E. Randle; Martin Rollins; Camille G. Rubeiz; Larry Vandergriend; Michael Voda; David West;
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Richard Aichinger, Valmont Industries, Inc.;

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原文格式 PDF
正文语种 eng
中图分类电工技术;
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Structural Reliability-Based Design of Utility Poles: Loads

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