The load transfer mechanism in pile-supported earth platforms is identified in a series of 3D centrifuge tests. The parametric study includes the influence of the area ratio, proportion of pile area in an elementary mesh, the nature and the level of the load. The preparation and the instrumentation of the models, made of a mixture of sand and clay for the compressible soil, and Hostun sand for the mattress, are detailed. The settlements of the mattress surface are also measured. The results show the effects of the load on the efficiency of the reinforcement system by comparing two area ratios and the two solutions, the floor slab and the landfill
© 2017 IEEE. Many offshore structures currently in use are supported by piles with large length-to-d...
Geotechnical centrifuge tests were conducted to examine the behavior of low aspect ratio piles and c...
© 2019 American Society of Civil Engineers. Geotechnical centrifuge tests were conducted to examine ...
International audienceA complementary approach is used to study the reinforcement of soft soil by st...
Soft soil improvement techniques using a network of rigid inclusions and geosynthetic reinforcement ...
The behaviour of soft soils reinforced by stiff vertical piles is being studied by 3D experiments on...
The soil reinforcement method, which consists of placing a granular mattress above a set of rigid in...
Reinforcing compressible soils by rigid inclusions is a method to reduce and homogenize settlements ...
A composite foundation made of reinforced soft soil surmounted with a load transfer platform display...
9th ICPMG Physical Modelling in Geotechnics, LONDRES, ROYAUME-UNI, 17-/07/2018 - 20/07/2018A series ...
The technique of soft soil improvement by rigid inclusions allows the transfer of the load applied a...
Eight dynamic model tests were performed on a 9 m radius centrifuge to study the behavior of single ...
An experimental study using centrifuge physical modeling was performed with the purpose of examining...
Centrifuge modelling and finite element analysis are powerful tools of research on the lateral pile/...
Rapid and static load tests were conducted on open-ended and close-ended piles in the Deltares GeoCe...
© 2017 IEEE. Many offshore structures currently in use are supported by piles with large length-to-d...
Geotechnical centrifuge tests were conducted to examine the behavior of low aspect ratio piles and c...
© 2019 American Society of Civil Engineers. Geotechnical centrifuge tests were conducted to examine ...
International audienceA complementary approach is used to study the reinforcement of soft soil by st...
Soft soil improvement techniques using a network of rigid inclusions and geosynthetic reinforcement ...
The behaviour of soft soils reinforced by stiff vertical piles is being studied by 3D experiments on...
The soil reinforcement method, which consists of placing a granular mattress above a set of rigid in...
Reinforcing compressible soils by rigid inclusions is a method to reduce and homogenize settlements ...
A composite foundation made of reinforced soft soil surmounted with a load transfer platform display...
9th ICPMG Physical Modelling in Geotechnics, LONDRES, ROYAUME-UNI, 17-/07/2018 - 20/07/2018A series ...
The technique of soft soil improvement by rigid inclusions allows the transfer of the load applied a...
Eight dynamic model tests were performed on a 9 m radius centrifuge to study the behavior of single ...
An experimental study using centrifuge physical modeling was performed with the purpose of examining...
Centrifuge modelling and finite element analysis are powerful tools of research on the lateral pile/...
Rapid and static load tests were conducted on open-ended and close-ended piles in the Deltares GeoCe...
© 2017 IEEE. Many offshore structures currently in use are supported by piles with large length-to-d...
Geotechnical centrifuge tests were conducted to examine the behavior of low aspect ratio piles and c...
© 2019 American Society of Civil Engineers. Geotechnical centrifuge tests were conducted to examine ...