This paper describes apparatus, techniques and methods used by participants in MAST G6M project 4 (Cohesive Sediments) for determining cohesive sediment properties. This comparison of methods aims to stimulate a more general discussion on standardisation of techniques which will lead to characterisation of muds in terms of physical parameters. Such characterisation would allow intercomparison of muds from different sources. Methods are given for sediment properties of grain size distribution, settling velocity and theological parameters and for water-bed exchange properties of permeability, effective stress and critical shear stress for erosion and deposition. Accuracy and repeatability are discussed. A typical range of values is indicated ...
There is an alarming tendency today to assume that something calculated by a computer must be correc...
Parameters which influence flocculation include the size, mineralogy, pH and ionic strength of the p...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...
This paper describes apparatus, techniques and methods used by participants in MAST G 6 M proj ect 4...
This report summarises, in an engineering form, the main processes of cohesive sediment behaviour, n...
A recent companion paper reported an experimental protocol used to analyze sediment properties. This...
This report is an update of the working manual part of 'The hydraulic engineering characteristics of...
An understanding of the behaviour of newly deposited soil is important because of its direct applica...
A laboratory seawater flume was designed and constructed for experimental studies of the erosion ch...
Many harbours in the world suffer from high siltation rates in their basins. To guarantee safe shipp...
Land reclamations in deltaric areas provide space to meet the demand for a safe place to live and wo...
The compression behaviour, shear strength characteristics, and material properties of dense slurries...
Many harbours in the world suffer from high siltation rates in their basins. To guarantee safe shipp...
Research studies undertaken as part of the "Bed Dynamics" Task D of the EC funded COSINUS project ar...
The general aim of the Project ''Cohesive Sediment'' of the MAST programme ''G6 Coastal Morphodynami...
There is an alarming tendency today to assume that something calculated by a computer must be correc...
Parameters which influence flocculation include the size, mineralogy, pH and ionic strength of the p...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...
This paper describes apparatus, techniques and methods used by participants in MAST G 6 M proj ect 4...
This report summarises, in an engineering form, the main processes of cohesive sediment behaviour, n...
A recent companion paper reported an experimental protocol used to analyze sediment properties. This...
This report is an update of the working manual part of 'The hydraulic engineering characteristics of...
An understanding of the behaviour of newly deposited soil is important because of its direct applica...
A laboratory seawater flume was designed and constructed for experimental studies of the erosion ch...
Many harbours in the world suffer from high siltation rates in their basins. To guarantee safe shipp...
Land reclamations in deltaric areas provide space to meet the demand for a safe place to live and wo...
The compression behaviour, shear strength characteristics, and material properties of dense slurries...
Many harbours in the world suffer from high siltation rates in their basins. To guarantee safe shipp...
Research studies undertaken as part of the "Bed Dynamics" Task D of the EC funded COSINUS project ar...
The general aim of the Project ''Cohesive Sediment'' of the MAST programme ''G6 Coastal Morphodynami...
There is an alarming tendency today to assume that something calculated by a computer must be correc...
Parameters which influence flocculation include the size, mineralogy, pH and ionic strength of the p...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...