Add to ORKGAustralia's first National Soft Soil Field Testing Facility has been established near Ballina in northern New South Wales. A detailed site characterization study has been performed to determine the site stratigraphy, material properties and engineering parameters. The results of combined in situ and laboratory campaigns are summarized in this paper. The Ballina clay can be characterized as a conductive, high plasticity, structured, high compressibility, low strength, low permeability, near-isotropic and lightly overconsolidated material
Within the past few decades, increased population and infrastructure development has necessitated th...
The principal objective in geotechnical testing is to know the properties and behavior of soil as an...
Clays noted to be highly expansive belonging to Ezeaku Formation, southeastern Nigeria were characte...
This paper describes a comprehensive characterisation study carried out on clay from the National So...
A soft soil field testing facility has been recently established near Ballina, New South Wales, on t...
This paper discusses some topics related to the sampling and laboratory testing currently ongoing on...
The National Soft Soil Field Testing Facility (NFTF) provides a rare opportunity to characterise an ...
In the 1960s, NGI investigated numerous potential research sites and established the first Onsøy sof...
A series of subsurface investigation including in-situ and laboratory tests has been carefully plann...
We present the basic components of a methodology to investigate two key aspects of the mechanical be...
Understanding the behavior of soft sensitive clays is a key aspect of geotechnical design, especiall...
The ground conditions in the Terryland River Valley area present considerable site development chall...
We investigated the relationship between clay mineralogy and the hardsetting properties of soils use...
A series of subsurface investigation (SI) works including in-situ and laboratory tests has been care...
Accurate prediction of foundation settlement is increasingly important in onshore and offshore geote...
Within the past few decades, increased population and infrastructure development has necessitated th...
The principal objective in geotechnical testing is to know the properties and behavior of soil as an...
Clays noted to be highly expansive belonging to Ezeaku Formation, southeastern Nigeria were characte...
This paper describes a comprehensive characterisation study carried out on clay from the National So...
A soft soil field testing facility has been recently established near Ballina, New South Wales, on t...
This paper discusses some topics related to the sampling and laboratory testing currently ongoing on...
The National Soft Soil Field Testing Facility (NFTF) provides a rare opportunity to characterise an ...
In the 1960s, NGI investigated numerous potential research sites and established the first Onsøy sof...
A series of subsurface investigation including in-situ and laboratory tests has been carefully plann...
We present the basic components of a methodology to investigate two key aspects of the mechanical be...
Understanding the behavior of soft sensitive clays is a key aspect of geotechnical design, especiall...
The ground conditions in the Terryland River Valley area present considerable site development chall...
We investigated the relationship between clay mineralogy and the hardsetting properties of soils use...
A series of subsurface investigation (SI) works including in-situ and laboratory tests has been care...
Accurate prediction of foundation settlement is increasingly important in onshore and offshore geote...
Within the past few decades, increased population and infrastructure development has necessitated th...
The principal objective in geotechnical testing is to know the properties and behavior of soil as an...
Clays noted to be highly expansive belonging to Ezeaku Formation, southeastern Nigeria were characte...