The paper describes the Class A prediction and Class C back-calculations of the Ballina test embankment using the finite element program Plaxis and the Soft Soil Creep Model (SSCM). The prediction underestimated the measured settlement 3 years after construction by about 20%. This was mainly due to too high stiffness in the transition zone beneath the clay and that SSCM underestimated the shear deformation of the clay. Furthermore, the horizontal permeability of the clay was overestimated. In the back-calculation, it was possible to obtain a excellent match with the measured settlements by reasonable modifications of the input parameters.publishedVersio
The influence of different features of natural soft clays, namely anisotropy, destructuration and vi...
Over the years, papers have been published to examine the behaviour of soft marine clay foundation ...
Measured data from five geotechnical structures have been back analysed to determine, in each case, ...
This paper presents Class-A and Class-C predictions of the behaviour of an embankment built on soft ...
Settlement problems in areas with soft sensitive clays are encountered in many parts of Norway and e...
Long-term settlement in clay constitutes an engineering challenge in road design and construction in...
Numerical simulations and field measurements of an embankment constructed on a deposit of soft Ariak...
This paper focuses on numerical modeling of the responses of Ballina test embankment by an improved ...
(1) General requirements on calculations and calculation data; (2) Investigations and sampling in th...
Even though studies on the behaviour of embankments on soft clay have now been for more than twenty ...
The construction of an embankment situated on soft subsoil with a high groundwater level leads to a ...
Consolidation using prefabricated vertical drains has been one of the most popular ground improvemen...
When structures are founded on deep layers of lightly overconsolidated, soft clay large settlement o...
This paper is concerned with the interpretation of the observed and predicted performances of a full...
Construction on soft clay deposits is assumed to be a significant concern in the geotechnical engin...
The influence of different features of natural soft clays, namely anisotropy, destructuration and vi...
Over the years, papers have been published to examine the behaviour of soft marine clay foundation ...
Measured data from five geotechnical structures have been back analysed to determine, in each case, ...
This paper presents Class-A and Class-C predictions of the behaviour of an embankment built on soft ...
Settlement problems in areas with soft sensitive clays are encountered in many parts of Norway and e...
Long-term settlement in clay constitutes an engineering challenge in road design and construction in...
Numerical simulations and field measurements of an embankment constructed on a deposit of soft Ariak...
This paper focuses on numerical modeling of the responses of Ballina test embankment by an improved ...
(1) General requirements on calculations and calculation data; (2) Investigations and sampling in th...
Even though studies on the behaviour of embankments on soft clay have now been for more than twenty ...
The construction of an embankment situated on soft subsoil with a high groundwater level leads to a ...
Consolidation using prefabricated vertical drains has been one of the most popular ground improvemen...
When structures are founded on deep layers of lightly overconsolidated, soft clay large settlement o...
This paper is concerned with the interpretation of the observed and predicted performances of a full...
Construction on soft clay deposits is assumed to be a significant concern in the geotechnical engin...
The influence of different features of natural soft clays, namely anisotropy, destructuration and vi...
Over the years, papers have been published to examine the behaviour of soft marine clay foundation ...
Measured data from five geotechnical structures have been back analysed to determine, in each case, ...