International audienceA new model for the critical shear stress and the transport of graded sediment is presented. The model is based on the size distribution of the bed surface and can be used to compute sediment transport rates in numerical simulations with an active layer model. This model makes a distinction between unimodal and bimodal sediments. It is assumed that all size fractions of unimodal sediments have the same critical shear stress while there is selective transport for the gravel fractions of bimodal sediments. A recently published laboratory transport data set is used to calibrate our model
The two important sets of measurements required for measuring initiation of sediment particle moveme...
In the mass balance of a riverbed, some terms are usually assumed constant for reasons of simplicity...
Fine-grained sediment represents a significant component of the total transport load in most fluvial...
International audienceA new model for the critical shear stress and the transport of graded sediment...
Gravel-bedded rivers organize their bank-full channel geometry and grain size such that shear stres...
Tentative plans are presented for research on the modelling of i) selective sediment transport in su...
[1] A meta-analysis of fractional mobilization data from 14 sets of experiments, totaling 103 differ...
This study investigates transport capacity models based on different dominant variables-shear stress...
The paper presents a study on the influence of gravity on the incipient motion and the bed-load tran...
The critical shear stress of individual fractions rci in unimodal and weakly bimodal sediments show...
We present a transport model for mixed sand/gravel sediments. Fractional transport rates are referen...
[1] A mixed-size sediment transport model using only two fractions, sand and gravel, offers practica...
[1] The present study examines variations in the reference shear stress for bed load transport (tr) ...
Gravel-bed rivers display a surface layer that is coarser than the substrate lining below this armor...
Fractional bedload transport during small floods (<Q2) was studied in the regulated gravel-bed Eb...
The two important sets of measurements required for measuring initiation of sediment particle moveme...
In the mass balance of a riverbed, some terms are usually assumed constant for reasons of simplicity...
Fine-grained sediment represents a significant component of the total transport load in most fluvial...
International audienceA new model for the critical shear stress and the transport of graded sediment...
Gravel-bedded rivers organize their bank-full channel geometry and grain size such that shear stres...
Tentative plans are presented for research on the modelling of i) selective sediment transport in su...
[1] A meta-analysis of fractional mobilization data from 14 sets of experiments, totaling 103 differ...
This study investigates transport capacity models based on different dominant variables-shear stress...
The paper presents a study on the influence of gravity on the incipient motion and the bed-load tran...
The critical shear stress of individual fractions rci in unimodal and weakly bimodal sediments show...
We present a transport model for mixed sand/gravel sediments. Fractional transport rates are referen...
[1] A mixed-size sediment transport model using only two fractions, sand and gravel, offers practica...
[1] The present study examines variations in the reference shear stress for bed load transport (tr) ...
Gravel-bed rivers display a surface layer that is coarser than the substrate lining below this armor...
Fractional bedload transport during small floods (<Q2) was studied in the regulated gravel-bed Eb...
The two important sets of measurements required for measuring initiation of sediment particle moveme...
In the mass balance of a riverbed, some terms are usually assumed constant for reasons of simplicity...
Fine-grained sediment represents a significant component of the total transport load in most fluvial...