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Positive Unintended Consequences: How Campbell Lake Gravity Sewer Pipeline Line Survived a Magnitude 7.1 Earthquake

机译:积极的意外后果:坎贝尔湖重力下水道管道线如何幸存了7.1地震

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Beta Construction of Seattle, Washington, began installation in November, 1989 of an 8,432 foot long 48-in. gravity sewer line that was installed across exclusive Campbell Lake in Anchorage, Alaska. In a unique and propitious series of events, the City of Anchorage and the Corps of Engineers collaborated on dam repairs and gravity sewer installation saving significant dollars for underwater construction and resulting almost 30 years later in unintended consequences. Unlike most unintended consequences, these were positive, even remarkably so. On November 30, 2018, a magnitude 7.1 earthquake struck the Alaska-Aleutian Subduction Zone and liquefied the lakebed. While the 29-year old 48-in. diameter gravity sewer installation was dramatically disturbed, and while the disturbance went unnoticed for 104 days under ice, there was no sewage spill and repairs were able to be made with minimal complications. This paper will highlight the circumstances of the original construction and how material selection and construction methods resulted in a positive outcome years later before the advent of today's innovative and resilient seismic joints.
机译:Beta建造华盛顿州西雅图,于1989年11月开始安装8,432英尺长48英寸。在阿拉斯加安克罗奇的独家坎贝尔湖上安装的重力下水道线。在一系列独特奢华的活动中,安克雷奇市和工程师的军团在大坝修理和重力下水道安装上节省了大量的水下建设,并导致近30年后的意外后果。与大多数意外后果不同,这些都是积极的,甚至是值得注意的。 2018年11月30日,一个幅度7.1地震袭击了阿拉斯加 - 阿列丁郊区,并液化了湖床。而这29岁的48岁。直径重力下水道安装急剧扰乱,虽然干扰在冰下遭到了104天,但没有污水溢出,并且能够以最小的并发症制备。本文将突出原始施工的情况以及材料选择和施工方法如何在当今创新和有弹性地震关节的出现前后实现积极的成果。

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