AbstractSeveral analytical and numerical models have been introduced and tested to assess the arching effect on piled embankment. Given the prevalence and popularity of this case, it is not easy to select and recommend best design methodology. Used materials and types of reinforcement play an important role when it comes to designing high-speed railway lines in difficult geological conditions. Our numerical approach by 3D FEM analysis was focused on the influence of geometry to the arching creation in basal reinforcement layer, especially to distribution of internal forces in high tensile geogrids
In the Netherlands, several field measurements were carried out in piled embankments with a geosynth...
Van Eekelen et al., 2012a, Van Eekelen et al., 2012b and Van Eekelen et al., 2013) have introduced a...
Abstract: In the Netherlands, several field measurements were carried out in piled embankments with ...
AbstractSeveral analytical and numerical models have been introduced and tested to assess the archin...
Piled embankments provide an economic and effective solution to the problem of constructing embankme...
Embankment constructed on soft ground has to be safe against excessive settlement and deep-seated sl...
AbstractThe application of basal reinforced piled embankments and earth structures is an approved me...
AbstractSoil arching has a significant effect on the behaviour of pile-supported geogrid-reinforced ...
The paper details the role modelling (analytical, physical and numerical) has played in the developm...
Most analytical models for the design of piled embankments or load transfer platforms with geosynthe...
Soil arching is a phenomenon that occurs where granular soil is able to span voids. This mechanism c...
AbstractVan Eekelen et al. (2012a,b, 2013) have introduced an analytical model for the design of the...
The load transfer mechanism of geosynthetic reinforced columns supported (GRCS) embankments is based...
Piled embankments rely on soil arching, but, when geogrid reinforcements are used, membrane action w...
The paper presents the application of the finite element method into the modelling of soil arching. ...
In the Netherlands, several field measurements were carried out in piled embankments with a geosynth...
Van Eekelen et al., 2012a, Van Eekelen et al., 2012b and Van Eekelen et al., 2013) have introduced a...
Abstract: In the Netherlands, several field measurements were carried out in piled embankments with ...
AbstractSeveral analytical and numerical models have been introduced and tested to assess the archin...
Piled embankments provide an economic and effective solution to the problem of constructing embankme...
Embankment constructed on soft ground has to be safe against excessive settlement and deep-seated sl...
AbstractThe application of basal reinforced piled embankments and earth structures is an approved me...
AbstractSoil arching has a significant effect on the behaviour of pile-supported geogrid-reinforced ...
The paper details the role modelling (analytical, physical and numerical) has played in the developm...
Most analytical models for the design of piled embankments or load transfer platforms with geosynthe...
Soil arching is a phenomenon that occurs where granular soil is able to span voids. This mechanism c...
AbstractVan Eekelen et al. (2012a,b, 2013) have introduced an analytical model for the design of the...
The load transfer mechanism of geosynthetic reinforced columns supported (GRCS) embankments is based...
Piled embankments rely on soil arching, but, when geogrid reinforcements are used, membrane action w...
The paper presents the application of the finite element method into the modelling of soil arching. ...
In the Netherlands, several field measurements were carried out in piled embankments with a geosynth...
Van Eekelen et al., 2012a, Van Eekelen et al., 2012b and Van Eekelen et al., 2013) have introduced a...
Abstract: In the Netherlands, several field measurements were carried out in piled embankments with ...