Electrokinetic stabilization (EKS) is an emerging technique which uses direct current (DC) or a low electric potential difference to an array of electrodes placed in the soil. Electrokinetic treatment is an effective soil improvement technique to increase shear strength. The objectives of this work include studying the influence of different arrangement of electrodes on the shear strength of soil. The various parameters that have varied throughout the test are voltage (20V, 30V), spacing (10cm, 15cm) and different arrangement of electrodes such as 3anode-1cathode (3C-1A), 2anode-2cathode (2A-2C), 1anode-1cathode (1A-1C), 3cathode-1anode (3C-1A). The shear strength of soil samples were studied by conducting unconfined compression tests (UCC)...
This paper presents experimental results of a study undertaken to investigate the effects of electro...
Dredging activities of harbours and rivers are becoming very important in many countries all over th...
In this project, an in-situ soil treatment technique based on electrokinetics was tested in order to...
Abstract—This paper presents an experimental study on applying Electrokinetic Stabilisation (EKS) me...
Electrokinetic is the movement of ions, charged solid particles and water between two electrodes und...
The effects of Electrokinetic (EK) processing on compressive strength characteristics of two types o...
In Europe, large amounts of materials are dredged annually to maintain channels and harbour activiti...
In this project, an in-situ soil treatment technique using electrokinetics was tested using laborato...
Electrokinetic (EK) treatment is studied for fine grained dredged soils as an innovative and cost-ef...
This thesis describes settling process of clay particles in suspension and subsequent consolidation ...
Clay soils have a tendency to have high water content, high plasticity, long decline time, low perme...
ABSTRACT: Electro-osmosis is a well known technique for the stabilization of soft fine grained soils...
This is the author accepted manuscript. The final version is available from Thomas Telford via the D...
Electro-Osmosis technology is a proven stabilization technique on fine-grained soils. When an electr...
The strength aspect of clay soil is a critical concern in practical engineering design. Electroosmos...
This paper presents experimental results of a study undertaken to investigate the effects of electro...
Dredging activities of harbours and rivers are becoming very important in many countries all over th...
In this project, an in-situ soil treatment technique based on electrokinetics was tested in order to...
Abstract—This paper presents an experimental study on applying Electrokinetic Stabilisation (EKS) me...
Electrokinetic is the movement of ions, charged solid particles and water between two electrodes und...
The effects of Electrokinetic (EK) processing on compressive strength characteristics of two types o...
In Europe, large amounts of materials are dredged annually to maintain channels and harbour activiti...
In this project, an in-situ soil treatment technique using electrokinetics was tested using laborato...
Electrokinetic (EK) treatment is studied for fine grained dredged soils as an innovative and cost-ef...
This thesis describes settling process of clay particles in suspension and subsequent consolidation ...
Clay soils have a tendency to have high water content, high plasticity, long decline time, low perme...
ABSTRACT: Electro-osmosis is a well known technique for the stabilization of soft fine grained soils...
This is the author accepted manuscript. The final version is available from Thomas Telford via the D...
Electro-Osmosis technology is a proven stabilization technique on fine-grained soils. When an electr...
The strength aspect of clay soil is a critical concern in practical engineering design. Electroosmos...
This paper presents experimental results of a study undertaken to investigate the effects of electro...
Dredging activities of harbours and rivers are becoming very important in many countries all over th...
In this project, an in-situ soil treatment technique based on electrokinetics was tested in order to...