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Stabilization Techniques for Road Lower Structure and Roadbed Constructed on Permafrost Soil

机译:多年冻土上道路下部结构及路基的稳定技术

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The perspective development of Yamal-Nenets Autonomous District, which is rich in mineral resources is impossible without creation of the road network for communication between settlements, oil and gas fields and transport hubs. Yamal-Nenets Autonomous District is characterized by complex engineering-geological conditions where different geological and geocryological phenomena and processes are being developed causing specific approaches to design and construction of engineering structures to be used. In this regard, an urgent task is to develop constructional solutions making it possible to stabilize the road lower structure and the roadbed, prolong periods between repairs on individual sections and improve operational reliability of roads in general. The paper describes the proposed and implemented constructional and technological solutions to stabilize the road lower structure and the roadbed constructed on permafrost soils. The results of two-year geotechnical monitoring of the road sections with implemented solutions are given.
机译:如果不建立定居点,油气田和交通枢纽之间连通的道路网,就不可能开发富含矿产资源的亚马尔涅涅茨自治区。亚马尔涅涅茨自治区的特点是复杂的工程地质条件,正在开发不同的地质和地质学现象和过程,从而导致采用特定的方法来设计和构造工程结构。在这方面,紧迫的任务是开发一种结构解决方案,以使其能够稳定道路下部结构和路基,延长各个路段的维修间隔时间,并总体上提高道路的运行可靠性。本文介绍了拟议和实施的施工技术解决方案,以稳定道路下部结构和在多年冻土上建造的路基。给出了对路段进行为期两年的岩土工程监测并提出解决方案的结果。

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