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AuthorTitleYearJournal/ProceedingsReftypeDOI/URL
Blazhko, L.S. and Shtykov, V.Y. The work of geotextiles in the construction of the upper structure of the track 2009 Nauka i Transport, pp. 60-64  article  
Bugai, N.G. Pore size in fibrous filters 1974 Melioratsiya i Vodnoe Khoziaistvo
Vol. 29, pp. 94-101 
article  
Fayoux, D. Filtration hydrodynamique des sols par des textiles 1980 Colloque International sur l'emploi des textiles en Géotechnique, pp. 68-80  inproceedings  
Patrashev, A.N. and Pravednii, G.H. Instructions for the design of reverse filters of hydroengineering constructions. VSN-02-65 1965   book  
Pivovar, N.G., Bugai, N.G., Fridrihson, V.L., Krivonog, A.I. and Krivonog, V.V. Drainage with fibrous filters to protect territories from flooding 2000   book  
Pivovar, N.G., Bugai, N.G. and Rychko, V.A. Drainage with fibrous filters 1980   book  
Satish, S. Structural characterization of fibre foam materials using tomographic data 2024 School: KTH Royal Institute of Technology School of Engineering Sciences  phdthesis  
Sectoral building codes of Ukraine Automobile roads. Application of geotextiles in road structures. Basic requirements: GBN B.2.3-37641918-544:2014 2015 School: Ministry of Infrastructure of Ukraine  techreport  
Yang, T., Hu, L., Yu, D., Xiong, X., Chvojka, J., Venkataraman, M., Petru, M., Tomková, B., Morikawa, H. and Militký, J. Simple determination of key structural parameters for fibrous materials enabled by Ergun-type and Kozeny-type equations 2022 Polymer Testing
Vol. 108, pp. 107514 
article DOI