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80th Anniversary of the Fort Peck Dam Construction Slide

机译:佩克堡大坝建设滑道80周年

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Beginning at about 1:15 PM on September 22. 1938, the upstream slope of the dam experienced a large failure as the construction work had progressed to within 20 feet of the final dam crest elevation. One hundred eighty men were working in the area. Thirty four men were injured. Eight men lost their lives, six of whom were never found and are buried somewhere in the dam. As a result of this slope failure, the original design Board of Consultants was expanded to assess the cause of the failure, and review options for completing the dam construction including repairs in the failure area. There were many lessons learned. The failure as well as other performance factors during first filling of the reservoir altered the U.S. Army Corps of Engineers (USACE) design and construction practices significantly. The failure also imparted important lessons to the U.S. community of practice for dams and levees. This paper is written in two parts. Part I covers the background of the project through the reconstruction of dam in the area where the slide occurred and the early performance of the dam following first filling of the reservoir. Part I concludes with the controversies that the expanded board of Consultants encountered in preparing a report on the cause of failure, and in completing their review of the redesign of the section of the dam requiring repair. Part Ⅱ explores the broader Technology and Human Factors that influenced the design and post failure investigation. This part begins with a discussion of the differences of opinions about technical matters that were revealed in the project literature. It presents a summary of the state of the practice at the time of design and construction, and briefly traces technology advances during the next 40 years following the slide. This includes a discussion of evolution of technology related to the shear strength of shales, and the liquefaction of sands.
机译:从1938年9月22日下午1时15分开始,大坝的上游坡度经历了一次大的破坏,因为施工工作已进展到最终坝顶高程20英尺以内。一百八十名男子正在该地区工作。三十四名男子受伤。八个人丧生,其中六人失踪,被埋在大坝的某个地方。由于该斜坡的破坏,原来的设计顾问委员会扩大了规模,以评估破坏的原因,并审查完成大坝建设的方案,包括对破坏区进行维修。有很多教训。首次充注水库期间的故障以及其他性能因素极大地改变了美国陆军工程兵团(USACE)的设计和建造方法。这次失败还给美国水坝和堤防实践界提供了重要的教训。本文分为两部分。第一部分介绍了通过在发生滑坡的地区重建大坝以及首次填充水库后大坝的早期运行情况所涉及的项目背景。第一部分以争议结束,即扩大的顾问委员会在准备有关故障原因的报告以及完成对需要维修的大坝部分的重新设计的审查时遇到了争议。第二部分探讨了影响设计和故障后调查的更广泛的技术和人为因素。本部分首先讨论项目文献中揭示的有关技术问题的意见分歧。它概述了设计和施工时的实践状态,并简要介绍了幻灯片之后的40年内技术的进步。其中包括对与页岩抗剪强度和砂土液化有关的技术发展的讨论。

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