A discussion of flow resistance in ecological channel is a fundamental problem required by hydraulic engineers, but the well-established flow resistance mechanism is still not well discovered. This research studies on flow over submerged vegetation in ecological channel to explain mechanism of flow resistance on rough surfaces. With a detailed discussion, this research separates total resistance and unlike previous research, this study pays attention to the variation in vortices created by roughness, and new definitions of hydraulic radius and Reynolds Number are given. This study validated the proposed method can be used to simplify the friction factor calculations for hydraulic engineers
In this paper experimental data collected by Kouwen et al., Wilson and Horrit, Raffaelli et al. and ...
This study examines the problem of flow resistance due to rigid vegetation in open channel flow. The...
Experiments have been conducted in straight compound channels with and without one-line emergent veg...
Roughness length scale is important in the evaluation of resistance caused by submerged vegetation i...
The mechanism of the flow resistance in open channels and pipelines is of vital importance for vario...
Vegetation resistance is generally evaluated using drag coefficient CD related to friction factor f;...
Although flow resistance is one of the oldest problems in fluid mechanics, it is still far from bein...
The resistance induced by simulated emergent vegetation in open-channel flows has been interpreted d...
The hydraulic resistance of vegetation can play a major role in the hydrodynamics of rivers with ext...
When vegetated regions become part of a river’s flow field, the hydraulic resistance of vegetation a...
This paper studied the potential mechanism of form drag for emergent vegetation by combining experim...
In this paper, a theoretical open channel flow resistance equation was verified using flow depth and...
In this paper, experimental data collected in a straight flume having a bed covered by grasslike veg...
Vegetations are often used in rivers and streams to help as a control with bank stability and also a...
A review of the literature indicated that existing equations most frequently used to predict hydraul...
In this paper experimental data collected by Kouwen et al., Wilson and Horrit, Raffaelli et al. and ...
This study examines the problem of flow resistance due to rigid vegetation in open channel flow. The...
Experiments have been conducted in straight compound channels with and without one-line emergent veg...
Roughness length scale is important in the evaluation of resistance caused by submerged vegetation i...
The mechanism of the flow resistance in open channels and pipelines is of vital importance for vario...
Vegetation resistance is generally evaluated using drag coefficient CD related to friction factor f;...
Although flow resistance is one of the oldest problems in fluid mechanics, it is still far from bein...
The resistance induced by simulated emergent vegetation in open-channel flows has been interpreted d...
The hydraulic resistance of vegetation can play a major role in the hydrodynamics of rivers with ext...
When vegetated regions become part of a river’s flow field, the hydraulic resistance of vegetation a...
This paper studied the potential mechanism of form drag for emergent vegetation by combining experim...
In this paper, a theoretical open channel flow resistance equation was verified using flow depth and...
In this paper, experimental data collected in a straight flume having a bed covered by grasslike veg...
Vegetations are often used in rivers and streams to help as a control with bank stability and also a...
A review of the literature indicated that existing equations most frequently used to predict hydraul...
In this paper experimental data collected by Kouwen et al., Wilson and Horrit, Raffaelli et al. and ...
This study examines the problem of flow resistance due to rigid vegetation in open channel flow. The...
Experiments have been conducted in straight compound channels with and without one-line emergent veg...