ABSTRACT: Anew theoretical relationship that quantifies the reduction in hydraulic transmissivity resulting from a reduction in geosynthetic thickness is presented. It is shown that the proposed relationship is in good agreement with experimental data on geotextiles and geonets. This relationship is useful to predict hydraulic transmissivity reduction from the results of compression tests on geosynthetics. This is particularly useful when the thickness reduction is due to creep, because it is impractical to conduct hydraulic transmissivity tests over a long period of time
This paper analyses the existence of synergisms between some endurance durability agents of geosynth...
A series of tests were carried out on three types of geotextiles to investigate the effects of biax...
Geosynthetics are used in a wide variety of applications, including lining and drainage of waste co...
ABSTRACT: Transmissivity tests were performed on a geonet confined between a pair of geomembranes un...
Abstract: The relationship between the manufacturing parameters and the compressive behaviors of a t...
ABSTRACT: Fluid flow through a defect in the geomembrane of a composite geomembrane/soil liner (flow...
In this paper results of tests to assess the effect of mechanical damage (generally associated with ...
International audienceUnderstanding how the transmissivity and connectivity of damage zones around b...
The leak detection system of a waste containment facility may comprise of a geonet between two geom...
Membrane effect often occurs in geosynthetic-reinforced structures, where subsoil may have voids or ...
Since geotextiles have been progressively incorporated into coastal protection structures, the influ...
Geosynthetic have been used as impervious barriers in dams since 1959 (Contrada Sabetta dam). The us...
This paper contributes to understanding how installation damage of geosynthetics influences their lo...
This paper contributes to better understanding how installation damage of geosynthetics can affect t...
Two principle mechanisms of resistance to imposed loads in geosynthetic reinforced soil walls are t...
This paper analyses the existence of synergisms between some endurance durability agents of geosynth...
A series of tests were carried out on three types of geotextiles to investigate the effects of biax...
Geosynthetics are used in a wide variety of applications, including lining and drainage of waste co...
ABSTRACT: Transmissivity tests were performed on a geonet confined between a pair of geomembranes un...
Abstract: The relationship between the manufacturing parameters and the compressive behaviors of a t...
ABSTRACT: Fluid flow through a defect in the geomembrane of a composite geomembrane/soil liner (flow...
In this paper results of tests to assess the effect of mechanical damage (generally associated with ...
International audienceUnderstanding how the transmissivity and connectivity of damage zones around b...
The leak detection system of a waste containment facility may comprise of a geonet between two geom...
Membrane effect often occurs in geosynthetic-reinforced structures, where subsoil may have voids or ...
Since geotextiles have been progressively incorporated into coastal protection structures, the influ...
Geosynthetic have been used as impervious barriers in dams since 1959 (Contrada Sabetta dam). The us...
This paper contributes to understanding how installation damage of geosynthetics influences their lo...
This paper contributes to better understanding how installation damage of geosynthetics can affect t...
Two principle mechanisms of resistance to imposed loads in geosynthetic reinforced soil walls are t...
This paper analyses the existence of synergisms between some endurance durability agents of geosynth...
A series of tests were carried out on three types of geotextiles to investigate the effects of biax...
Geosynthetics are used in a wide variety of applications, including lining and drainage of waste co...