Markiewicz Anna, Koda Eugeniusz, Kawalec Jacek
Institute of Civil Engineering, Warsaw University of Life Sciences-SGGW, 02-787 Warsaw, Poland.
Department of Geotechnics & Roads, Faculty of Civil Engineering, Silesian University of Technology, 44-100 Gliwice, Poland.
Polymers (Basel). 2022 Dec 15;14(24):5492. doi: 10.3390/polym14245492.
Geosynthetics have been commonly used for the construction of civil engineering structures such as retaining wall, road and railways, coastal protection, soft ground improvement work, and landfill systems since the 1960s. In the past 40 years, the development of polymer materials has helped to prolong the life of geosynthetics. In terms of the practical use of geosynthetics, engineers must understand their appropriate application. The first part of this paper provides a basic description of geosynthetics, including their types, components, and functions. The second part deals with the geosynthetics used as filters. This part briefly presents the mechanism of filtration, the factors affecting the durability of geotextile filters, design concepts, laboratory tests, and case studies. The third part of the study covers the use of geosynthetics for stabilisation. Its mechanism was explained separately for geogrids and for geocells. Several examples of applications with geosynthetics intended for the stabilisation function are described in the last part of this paper.
自20世纪60年代以来,土工合成材料已普遍用于土木工程结构的建设,如挡土墙、道路和铁路、海岸防护、软土地基改良工程以及垃圾填埋系统。在过去的40年里,聚合物材料的发展有助于延长土工合成材料的使用寿命。就土工合成材料的实际应用而言,工程师必须了解其适当的应用方法。本文的第一部分对土工合成材料进行了基本描述,包括其类型、组成部分和功能。第二部分讨论用作过滤器的土工合成材料。这部分简要介绍了过滤机理、影响土工织物过滤器耐久性的因素、设计概念、实验室测试和案例研究。研究的第三部分涵盖了土工合成材料用于稳定化的情况。分别针对土工格栅和土工格室解释了其机理。本文最后一部分描述了一些使用土工合成材料实现稳定化功能的应用实例。