Add to ORKGThe rheology properties of the underwater sediment will influence the possibility of Navigation through it (or just above it). The rheology of the fluid/partially consolidated Mud is a very complex issue. Most of the techniques to determine the nautical bottom Are based on density information because of the relatively easy way of measuring. The problem is that the Relation density - rheology can not be used as such. More correct and direct ways to relate the rheological Parameters to the sludge are: in-situ sampling (of disturbed and undisturbed samples) combined with Performing laboratory rotoviscosimeter tests on these samples or direct in-situ rheological measurements With body-profiling rotoviscosimeter. Relating this information to the...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
Rheological parameters being of great importance for sludge process management, they are increasingl...
The objective of this study is to get a new insight into in-situ characterization of fluid mud layer...
A vital element of harbour services is the guarantee of save passage to and from the port facilities...
The nautical bottom (the level at which contact with a ship’s keel causes either damage or unaccepta...
Purpose: Fluid mud layers can be substantial in waterways and they can jeopardise navigation when th...
Mud, a cohesive material, consists of water, clay minerals, sand, silt and small quantities of organ...
Current Port of Rotterdam procedure is to define the nautical depth based on the density of a fluid-...
The navigable depth in Zeebrugge, which is actually situated at the 1.15 tm-3 density level, was est...
Liquefied submarine sediments can easily lead to submarine landslides and turbidity currents, and ca...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
The nautical bottom (i.e., the level at which contact with a ship’s keel causes either damage or una...
This paper provides a new insight into the surveying strategies that are used (or can be potentially...
Purpose: An innovative way to define navigable fluid mud layers is to make use of their rheological ...
When a ship reaches the shore, the water depth reduces and thus the under-keel clearance also reduce...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
Rheological parameters being of great importance for sludge process management, they are increasingl...
The objective of this study is to get a new insight into in-situ characterization of fluid mud layer...
A vital element of harbour services is the guarantee of save passage to and from the port facilities...
The nautical bottom (the level at which contact with a ship’s keel causes either damage or unaccepta...
Purpose: Fluid mud layers can be substantial in waterways and they can jeopardise navigation when th...
Mud, a cohesive material, consists of water, clay minerals, sand, silt and small quantities of organ...
Current Port of Rotterdam procedure is to define the nautical depth based on the density of a fluid-...
The navigable depth in Zeebrugge, which is actually situated at the 1.15 tm-3 density level, was est...
Liquefied submarine sediments can easily lead to submarine landslides and turbidity currents, and ca...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
The nautical bottom (i.e., the level at which contact with a ship’s keel causes either damage or una...
This paper provides a new insight into the surveying strategies that are used (or can be potentially...
Purpose: An innovative way to define navigable fluid mud layers is to make use of their rheological ...
When a ship reaches the shore, the water depth reduces and thus the under-keel clearance also reduce...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
Rheological parameters being of great importance for sludge process management, they are increasingl...
The objective of this study is to get a new insight into in-situ characterization of fluid mud layer...