COMPARATIVE ANALYSIS OF DESIGN SOLUTIONS OF A REINFORCED RAILROAD EMBANKMENT USING VARIOUS CALCULATION METHODS
Yenkebayeva A. Lukpanov R. Yenkebayev S. Tsygulyov D.
2021GEOMATE International Society
International Journal of GEOMATE
2021#21Issue 8758 - 63 pp.
This paper presented comparative analysis of design solutions of a reinforced railroad embankment using various calculation methods. To conduct a detailed comparative analysis, a remote part of the projected railway line in South Kazakhstan was selected. Embankment has five sections, four sections reinforced by geogrid, one of them without reinforced layer. The studies of geotechnical conditions concentrate on the top most silt or silty clay due to of upper soil is underlain by a stiff to very stiff clay till which is heavily over consolidated. As the main load case, railway loads were considered in accordance with the current regulatory documents SP RK EN 1991. For preliminary design of unreinforced embankment as many available calculation methods as possible were considered in order to obtain the most unfavorable values of safety factors. A detailed analysis using finite element method was performed to check the results of standard calculation methods to ensure safety of the embankment.
Embankment , FEM , Geogrid , Soil Stability
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Faculty of Architecture and Construction, L.N. Gumilyov Eurasian National University, Nur-Sultan, Kazakhstan
Faculty of Architecture and Construction
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Книга Публикация научной статьи Волощук 2026 Book Publication of a scientific article 2026