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Par Collection Par Auteur- HARDY, R.J. (1)
- HERGET, J. (1)
- KUHN, N.J. (1)
- LANE, S.N. (1)
- QUINTON, J.N. (1)
- SEEGER, M. (1)
- TRAN, T. (1)
- EULER, T. (1)
- MIORI, S. (1)
- ROBERT, A. (1)
- 2012 (3)
- Affouillement ; Analyse quantitative ; Bloc ; Ecoulement ; Ecoulement fluvial ; Expérimentation ; Fluviatile ; Lit fluvial ; Morphométrie ; Obstacle ; Transport sédimentaire (1)
- Análisis cuantitativo ; Cauce ; Escorrentía ; Escorrentíafluvial ; Experimentación ; Fluviatil ; Morfometría ; Transporte sedimentario (1)
- Bifurcación ; Corriente de agua ; Dinámica fluvial ; Escorrentíafluvial ; Modelo numérico ; Simulación ; Topografía (1)
- Bifurcation ; Cours d'eau ; Dynamique fluviale ; Ecoulement fluvial ; Modèle numérique ; Simulation ; Topographie (1)
- Bifurcation ; Fluvial dynamics ; Numerical model ; Simulation ; Stream ; Stream flow ; Topography (1)
- Boulder ; Experimentation ; Fluvial processes ; Morphometry ; Obstacle ; Quantitative analysis ; River bed ; Runoff ; Scouring ; Sediment transport ; Stream flow (1)
- Canada ; Cold area ; Experimentation ; Freezing ; Ice cover ; Ontario ; Roughness ; Simulation ; Stream ; Stream flow ; Turbulence (1)
- Canada ; Corriente de agua ; Englaciamiento ; Escorrentíafluvial ; Experimentación ; Helado ; Rugosidad ; Simulación ; Turbulencia ; Zona fría (1)
- Canada ; Cours d'eau ; Ecoulement fluvial ; Englacement ; Expérimentation ; Gel ; Ontario ; Rugosité ; Simulation ; Turbulence ; Zone froide (1)
- Controls on local scour and deposition induced by obstacles in fluvial environments (1)
- Experiments in Earth surface process research (1)
- Mean and turbulent flow fields in a simulated ice-covered channel with a gravel-bed : some laboratory observations (1)
- Topographic forcing of flow partition and flow structures at river bifurcations (1)
- and obstacle Reynolds number, especially when morphometric variables were combined. Further validation, calibration and extension of this approach will help to adequately asses the influence of obstacles in the fluvial environment on micro- and meso-scale
- 2012
- The aim of this paper is to explore the interaction between bedform steered flow and bifurcation dynamics. The AA. present the predicted flow dynamics from the application of a Reynolds-averaged Navier–Stokes (RANS) model to a series of bifurcation
- 2012
- are used. Two distinct boundary layers (near the bed and in the vicinity of the ice cover, near the water surface) are clearly identified, each being characterized by high turbulent intensity levels. Detailed profile measurements of Reynolds stresses
- 2012