This paper reviews the problem of the incipient motion of cohesionless particles in a high sloping water stream. A theoretical analysis of the equilibrium of a gravel particle is developed by a deterministic approach with the introduction of the relative degree of exposure of the particle itself to the stream flow. The parameter, relative degree of exposure, relates the positioning of a particle with the upstream one. The problem of velocity distribution and the definition of drag coefficient is also revised to better account for low submergence. The results of the theory are compared with a series of ad hoc experiments performed by C. Gregoretti
The relationship between rate of sediment transport and rate of potential energy expenditure has bee...
[Departement_IRSTEA]EEE [TR1_IRSTEA]23 - ALTEAURISK / DYNALInternational audienceThis paper experime...
The critical stream power criterion may be used to describe the incipient motion of cohesionless p...
This study proposes relationships between mean streamflow depth and cohesionless particle bed charac...
This paper presents an experimental investigation on incipient motion of non-cohesive uniform sedime...
Preliminary results of an experimental study on the incipient motion of granular, non-cohesive parti...
This paper investigates the incipient motion of sediment in open channels covered with emergent rigi...
Objectives Improving the model of movement of solid particles in natural turbulent flows.Method The ...
Many theories have been developed for predicting the vertical profiles of suspended sediment concent...
As it is known, according to the type of formation, density, and fractional composition, debris flow...
The two important sets of measurements required for measuring initiation of sediment particle moveme...
The paper presents a study on the influence of gravity on the incipient motion and the bed-load tran...
The paper shows a mathematical model for the evaluation of the morphological changes in the transiti...
Abstract — Immense quantity of sediment of various sizes shapes and density get carried away by diff...
This study investigates the effect of upward bed seepage on the critical condition of incipient sedi...
The relationship between rate of sediment transport and rate of potential energy expenditure has bee...
[Departement_IRSTEA]EEE [TR1_IRSTEA]23 - ALTEAURISK / DYNALInternational audienceThis paper experime...
The critical stream power criterion may be used to describe the incipient motion of cohesionless p...
This study proposes relationships between mean streamflow depth and cohesionless particle bed charac...
This paper presents an experimental investigation on incipient motion of non-cohesive uniform sedime...
Preliminary results of an experimental study on the incipient motion of granular, non-cohesive parti...
This paper investigates the incipient motion of sediment in open channels covered with emergent rigi...
Objectives Improving the model of movement of solid particles in natural turbulent flows.Method The ...
Many theories have been developed for predicting the vertical profiles of suspended sediment concent...
As it is known, according to the type of formation, density, and fractional composition, debris flow...
The two important sets of measurements required for measuring initiation of sediment particle moveme...
The paper presents a study on the influence of gravity on the incipient motion and the bed-load tran...
The paper shows a mathematical model for the evaluation of the morphological changes in the transiti...
Abstract — Immense quantity of sediment of various sizes shapes and density get carried away by diff...
This study investigates the effect of upward bed seepage on the critical condition of incipient sedi...
The relationship between rate of sediment transport and rate of potential energy expenditure has bee...
[Departement_IRSTEA]EEE [TR1_IRSTEA]23 - ALTEAURISK / DYNALInternational audienceThis paper experime...
The critical stream power criterion may be used to describe the incipient motion of cohesionless p...