Reconstruction of dikes on soft subsoil is a common practice in the Netherlands. However in recent years some slidings of innerslopes have occurred in the execution phase due to very large and rapidly placed replenishments. Therefore investigations have been made for new methods to determine the short term stability of the soil structures. This paper describes the problems experienced during the reconstruction of a polder dike in the western part of the Netherlands, based on which several new methods are tested
A full-scale failure test has been performed on an old river dyke in the Netherlands, to determine i...
As an embankment was constructed on thick soft clay ground, a deep seated failure took place. A larg...
During construction of the first one of a twin dam in the Oosterschelde basin several instabilities ...
Flood embankments are extensively used in the lower Meuse-Rhine delta to contain the rivers & to pro...
Deformation and related stability problems of dikes in the western parts of Holland were for many ye...
Additional thesis - In the Netherlands the total area protected by dikes is enormous. An ideal dike ...
In August 2003, after a very dry and warm summer, one of the dikes along a canal in The Netherlands ...
The failure of an embankment during its construction on soft clay foundation is investigated. Field ...
Three on-going dike safety studies (on: macro stability, piping and flow slides) in the Netherlands ...
In the Netherlands the design condition for a dike is surmised to occur during winter where it is as...
The Netherlands is a country prone to flooding. Recent assessments led to the insight that protectio...
The Netherlands is inherently challenged by water, as a large part of the country lies below sea lev...
River dikes in the eastern part of the Netherlands are characterized by a relatively low daily water...
Dikes in the Netherlands have traditionally been constructed with soil. Climate change and subsidenc...
Dikes often have a long history of reinforcement, with each reinforcement adding new material result...
A full-scale failure test has been performed on an old river dyke in the Netherlands, to determine i...
As an embankment was constructed on thick soft clay ground, a deep seated failure took place. A larg...
During construction of the first one of a twin dam in the Oosterschelde basin several instabilities ...
Flood embankments are extensively used in the lower Meuse-Rhine delta to contain the rivers & to pro...
Deformation and related stability problems of dikes in the western parts of Holland were for many ye...
Additional thesis - In the Netherlands the total area protected by dikes is enormous. An ideal dike ...
In August 2003, after a very dry and warm summer, one of the dikes along a canal in The Netherlands ...
The failure of an embankment during its construction on soft clay foundation is investigated. Field ...
Three on-going dike safety studies (on: macro stability, piping and flow slides) in the Netherlands ...
In the Netherlands the design condition for a dike is surmised to occur during winter where it is as...
The Netherlands is a country prone to flooding. Recent assessments led to the insight that protectio...
The Netherlands is inherently challenged by water, as a large part of the country lies below sea lev...
River dikes in the eastern part of the Netherlands are characterized by a relatively low daily water...
Dikes in the Netherlands have traditionally been constructed with soil. Climate change and subsidenc...
Dikes often have a long history of reinforcement, with each reinforcement adding new material result...
A full-scale failure test has been performed on an old river dyke in the Netherlands, to determine i...
As an embankment was constructed on thick soft clay ground, a deep seated failure took place. A larg...
During construction of the first one of a twin dam in the Oosterschelde basin several instabilities ...