Add to ORKGFlow within vegetation is one of the main driving forces for material exchange and energy transfer in wetland systems. Impacted by vegetation, the flow velocity profile illustrates distortions to the classic logarithmic velocity profile and has attracted much attention among researchers. Different from analytical models of velocity distribution in literature, which is mainly suitable for vegetation with uniform frontal width, this paper establishes new analytical solutions of the velocity profile for vegetation such as shrub and sedge that have a variable frontal width in the vertical direction. A new shape function is proposed under these conditions in which the frontal width exhibits a gradual increase in the vertical direction from botto...
The lateral distributions of depth-averaged velocity in open compound channels with emerged and subm...
Flow resistance, velocity distribution, and turbulence intensity are significantly influenced by aqu...
The existence of vegetation in open channels has several influences over fluvial processes, such as ...
Flow within vegetation is one of the main driving forces for material exchange and energy transfer i...
An analytical solution for predicting the vertical distribution of streamwise mean velocity in an op...
An analytical solution for predicting the vertical distribution of streamwise mean velocity in an op...
An experimental study is presented for investigating the effect of vegetation element geometry on th...
A new model for the depth-averaged velocity for flow in presence of submerged vegetation is develope...
Management of shallow lagoons and salt marsh environments usually requires use of numerical models i...
YesIn this paper, an analytical model that represents the streamwise velocity distribution for open ...
International audienceMost of the studies regarding vegetation effects on velocity profiles are base...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Based on the momentum transfer theory, an analytical model is proposed for the velocity and discharg...
An analytical model was developed to predict the velocity evolution within a submerged canopy of fin...
Understanding of the hydraulics of flow over vegetation is very important to support the management ...
The lateral distributions of depth-averaged velocity in open compound channels with emerged and subm...
Flow resistance, velocity distribution, and turbulence intensity are significantly influenced by aqu...
The existence of vegetation in open channels has several influences over fluvial processes, such as ...
Flow within vegetation is one of the main driving forces for material exchange and energy transfer i...
An analytical solution for predicting the vertical distribution of streamwise mean velocity in an op...
An analytical solution for predicting the vertical distribution of streamwise mean velocity in an op...
An experimental study is presented for investigating the effect of vegetation element geometry on th...
A new model for the depth-averaged velocity for flow in presence of submerged vegetation is develope...
Management of shallow lagoons and salt marsh environments usually requires use of numerical models i...
YesIn this paper, an analytical model that represents the streamwise velocity distribution for open ...
International audienceMost of the studies regarding vegetation effects on velocity profiles are base...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Based on the momentum transfer theory, an analytical model is proposed for the velocity and discharg...
An analytical model was developed to predict the velocity evolution within a submerged canopy of fin...
Understanding of the hydraulics of flow over vegetation is very important to support the management ...
The lateral distributions of depth-averaged velocity in open compound channels with emerged and subm...
Flow resistance, velocity distribution, and turbulence intensity are significantly influenced by aqu...
The existence of vegetation in open channels has several influences over fluvial processes, such as ...