International audienceIn order to better understand the heave observed on the railway roadbed of the French high-speed train (TGV) at Chabrillan in southern France, the swelling behaviour of the involved expansive clayey marl taken from the site by coring was investigated. The aim the study is to analyse the part of heave induced by the soil swelling. First, the swell potential was determined by flooding the soil specimen in an oedometer under its in-situ overburden stress. On the other hand, in order to assess the swell induced by the excavation undertaken during the construction of the railway, a second method was applied. The soil was first loaded to its in situ overburden stress existing before the excavation. It was then flooded and un...
International audienceSpecial problems were encountered in some areas in Northern France where the h...
The effects of flood-induced embankment failures include infrastructure downtime, but, in more serio...
Soil movement is a leading cause of structural damage annually globally and is constantly rising. Th...
International audienceIn order to better understand the heave observed on the railway roadbed of the...
This paper mainly discusses the stability of the slope of the four sections of railway embankments o...
International audienceIn order to analyze the instability phenomenon observed along the Northern Hig...
The study of the landslides that occurred on the hillside between Covurlui plateau and Brates Lake i...
AbstractIn the track substructure of ancient railways in France, a fouled ballast layer has often be...
W(H)YDOC PhD Prize 2012, durant el 4th International Workshop of Young Doctors in Geomechanics W(H)Y...
Expansive soils are considered to be a nightmare to the geotechnical engineers. As the losses to the...
This article deals with the failure of a railway embankment in North Peloponese. The geotechnical in...
Most of the damaging geo-hazards recorded in modern history are caused by soil swelling or expansion...
The swelling phenomenon appears seriously when changing the soil-moisture conditions. The swelling p...
ABSTRACT: The one-dimensional (1-D) potential heave (or swell strain) of expansive soil is conventio...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
International audienceSpecial problems were encountered in some areas in Northern France where the h...
The effects of flood-induced embankment failures include infrastructure downtime, but, in more serio...
Soil movement is a leading cause of structural damage annually globally and is constantly rising. Th...
International audienceIn order to better understand the heave observed on the railway roadbed of the...
This paper mainly discusses the stability of the slope of the four sections of railway embankments o...
International audienceIn order to analyze the instability phenomenon observed along the Northern Hig...
The study of the landslides that occurred on the hillside between Covurlui plateau and Brates Lake i...
AbstractIn the track substructure of ancient railways in France, a fouled ballast layer has often be...
W(H)YDOC PhD Prize 2012, durant el 4th International Workshop of Young Doctors in Geomechanics W(H)Y...
Expansive soils are considered to be a nightmare to the geotechnical engineers. As the losses to the...
This article deals with the failure of a railway embankment in North Peloponese. The geotechnical in...
Most of the damaging geo-hazards recorded in modern history are caused by soil swelling or expansion...
The swelling phenomenon appears seriously when changing the soil-moisture conditions. The swelling p...
ABSTRACT: The one-dimensional (1-D) potential heave (or swell strain) of expansive soil is conventio...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
International audienceSpecial problems were encountered in some areas in Northern France where the h...
The effects of flood-induced embankment failures include infrastructure downtime, but, in more serio...
Soil movement is a leading cause of structural damage annually globally and is constantly rising. Th...