The article considers the potential application of non-woven fabrics as water-wicking materials in communal draining systems. The authors describe the wicking behavior of non-woven fabrics, consider the dependence of wicking behavior on the structure and fiber composition, identify the impact of fiber composition, filtering capacity and wicking behavior on the drainage capacity of non-woven geotextiles.
non-woven materials, water-wicking materials, drainage systems, wicking
Производство нетканых материалов с каждым годом получает все большее развитие. Принципиально новые технологии, широкие возможности вовлечения в производство различных сырьевых ресурсов, в том числе непригодных для переработки по классическим текстильным технологиям, комбинирование материалов и технологий позволяет создавать нетканые материалы с новыми свойствами и использовать их в областях, где ранее текстиль вообще не применялся [4; 6].
1. Gubanov, N.N., Ivanov, VA., Krymskaia, E.Ia., and Yesipov, V. E. Vlianie vneshnikh faktorov na dolgovechnost’ inzhenernykh opdzemnykh konstruktsii [Influence of external factors on durability of engineering underground communications]. Servis v Rossii i za rubezhom [Service in Russia and abroad], 2011. № 8 (27).
2. Yesipov, V.E., Ivanov, V.A. Metodologiia otsenki potentsiala zemel’nykh resursov [Methodology of an assessment of the potential of land resources]. Innovatsii v predprinimatel’stve [Innovations in business]. 2011, No. 4 (5)
3. Ivanov, VA., Komarov, N.M., Krymskaia, E.Ya., and Panov, M. V. Vodnye resursy Rossii, modeli metoda ikh sokhraneniia i vyzovy proekta [Water resources of Russia, model of a method of their preservation and project calls].Naukovedenie [Science on science], 2013. № 6 (19). naukovedenie.ru›?p=issue-6-13-economy-management (Accessed on 30.05.2014).
4. Mukhamedzhanov, G.K., Tiumenev, Iu.Ia., Mukhamedzhanova, O.G., and Nazarova, Iu.V. Rossiiskii rynok geotekstilia i geosintetiki: osobennosti, masshtaby, problem, perspektivy [Russian geotextile and geosynthetic market: specifics, scope, problems, prospects]. Vestnik Vitebskogo gosudarstvennogo tekhnologicheskogo universiteta [Bulletin of the Vitebsk State Technological University], 2010. Issue 18. Pp. 63-69.
5. Nazarova, Iu.V., Tiumenev, Iu.Ia., and Mukhamedzhanov, G.K. Vliianie davleniia na kharakteristiki stroeniia netkanykh materialov dlia dorozhnogo stroitel’stva [The impact of pressure on structural properties of non-woven road-construction materials]. Izvestiia vysshikh uchebnykh zavedenii. Seriia “Tekhnologiia tekstil’noi promyshlennosti” [HE bulletin. Textile industry technologies]. 2008. № 6 (312). pp. 55-57.
6. Treshchalin, M.Iu., Tiumenev, Iu.Ia., Treshchalina, A.V., and Puzanova, N.V. Proektirovanie netkanykh materialov, snizhaiushchikh tekhnogennoe vozdeistvie na okruzhaiushchuiu sredu (na primere geotekstil’nykh materialov) [Designing non-woven materials to reduce technological environmental impact (case study: geotextiles)]. Мoscow: PAIMS Publ., 2001. 132 с.
7. Tiumenev, Iu.Ia, Nazarova, Iu.V., and Mukhamedzhanov, G.K.Izmenenie fil’tratsionnykh kharakteristik netkanykh geotekstil’nykh materialov v zavisimosti ot nagruzki szhatiia [On changing the filtering capacity of non-woven geotextiles through compressive load]. Dizain i tekhnologii [Design and Technology]. 2012. № 27 (69). pp. 53-61.
8. Shustov, Iu.S. Osnovy tekstil’nogo materialovedeniia [Fundamentals of textile material research]. Moscow: MGTU im. A.N.Kosygina Publ., 2007.
