This report elaborates and updates the supporting information on unpublished methods quoted in the book 'Dynamics of Estuarine Muds'(Whitehouse et al., 2000), which were described in Release 1.0 of the report. They include prediction methods for : bed shear-stresses on smooth (muddy) beds, (hindered) settling velocity of flocculated mud suspensions, and the concentration profile of suspended mud. Release 2.0 also includes an appendix describing a new method for predicting (unhindered) settling velocity and mass settling flux of flocculated mud suspensions developed in a recent company research project
New methods are proposed for predicting the hindered settling conditions encountered by concentrated...
The movement of fluid mud has been cited as the most likely cause of rapid siltation in the majority...
Particle settling velocity and bed erodibility impact the transport of suspended sediment to the fir...
New formulations are presented for the settling velocity and mass settling flux (the product of sett...
When natural muds become mixed with sandy sediments in estuaries, it has a direct effect on the floc...
Highly concentrated suspensions are present in many natural environments. When the concentration bec...
For the successful management of an estuary, an accurate simulation model predicting sediment transp...
The feasibility of many engineering works, both new developments and maintenance programmes, within ...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
Highly concentrated suspensions are present in many natural environments. When the concentration bec...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
The ability to predict the movement of cohesive sediment within coastal, estuarine or inland waters ...
Produced within Defra Project FD1905 (EstProc). The effective management of estuarine locations req...
New methods are proposed for predicting the hindered settling conditions encountered by concentrated...
New methods are proposed for predicting the hindered settling conditions encountered by concentrated...
The movement of fluid mud has been cited as the most likely cause of rapid siltation in the majority...
Particle settling velocity and bed erodibility impact the transport of suspended sediment to the fir...
New formulations are presented for the settling velocity and mass settling flux (the product of sett...
When natural muds become mixed with sandy sediments in estuaries, it has a direct effect on the floc...
Highly concentrated suspensions are present in many natural environments. When the concentration bec...
For the successful management of an estuary, an accurate simulation model predicting sediment transp...
The feasibility of many engineering works, both new developments and maintenance programmes, within ...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
Highly concentrated suspensions are present in many natural environments. When the concentration bec...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
International audienceTo further the understanding of mud flocculation the COSINUS project funded a ...
The ability to predict the movement of cohesive sediment within coastal, estuarine or inland waters ...
Produced within Defra Project FD1905 (EstProc). The effective management of estuarine locations req...
New methods are proposed for predicting the hindered settling conditions encountered by concentrated...
New methods are proposed for predicting the hindered settling conditions encountered by concentrated...
The movement of fluid mud has been cited as the most likely cause of rapid siltation in the majority...
Particle settling velocity and bed erodibility impact the transport of suspended sediment to the fir...