Abstract: Two applications are presented of a recently proposed empirical sediment pick-up function. The first application deals with bed load transport which is computed as the product of the pick-up rate and the saltation length. ...

Abstract: A method is presented which enables the computation of the suspended load as the depth‐integration of the product of the local concentration and flow velocity. The method is based on the computation of the reference ...

Abstract: A two‐dimensional vertical mathematical model for suspended sediment is presented. The model is based on the width‐integrated convectiondiffusion equation for the sediment particles including settling effects. The local ...

Abstract: A method is presented that makes the classification of bed forms, the prediction of the bed‐form dimensions and the effective hydraulic roughness of the bed forms feasible. The proposed relationships are based on the ...

Abstract: A method is presented which enables the computation of the bedload transport as the product of the saltation height, the particle velocity and the bed‐load concentration. The equations of motions for a solitary particle ...