Turbulence in rivers
MJ Franca, M Brocchini - Rivers–Physical, fluvial and environmental …, 2015 - Springer
The study of turbulence has always been a challenge for scientists working on geophysical
flows. Turbulent flows are common in nature and have an important role in geophysical …
flows. Turbulent flows are common in nature and have an important role in geophysical …
Turbulent flows within random arrays of rigid and emergent cylinders with varying distribution
The spatial distribution of emergent vegetation in rivers is frequently nonuniform. Here,
spatial nonuniformity is simulated in the laboratory by varying longitudinally the stem areal …
spatial nonuniformity is simulated in the laboratory by varying longitudinally the stem areal …
Numerical simulations of turbulent flows within an infinite array of randomly placed cylinders
We address the task of modelling numerically turbulent flows within random arrays of
circular cylinders, relevant for several industrial and environmental applications. Numerical …
circular cylinders, relevant for several industrial and environmental applications. Numerical …
Vortex interaction in patches of randomly placed emergent cylinders
The flow field of multiple-cylinder configurations exhibits complex interactions between
shear layers, vortexes and wakes. For high stem-Reynolds numbers, the flow is turbulent …
shear layers, vortexes and wakes. For high stem-Reynolds numbers, the flow is turbulent …
Experimental parametric study of energy dissipater design in natural rivers
Z Vecsernyés, M Destrieux… - River Flow 2014 …, 2014 - api.taylorfrancis.com
Water retention in river plains is a common measure for flood routing. Discharge control is
easily achieved by structures combining openings and weirs. Energy dissipation at the outlet …
easily achieved by structures combining openings and weirs. Energy dissipation at the outlet …
[引用][C] Hydrodynamic characterization of mountain river flow: influence of bed hydraulic conductivity
RY Tenzin, RML Ferreira, AM da Costa - 2018