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homeServiceNewsHydraulic Performance of Woven Gabion Baskets in River Training Works

Woven Gabion Baskets

Hydraulics is the science that studies the mechanical properties and laws of liquids at rest and in motion. In riverbank protection projects, hydraulic performance is crucial. The speed and flow pattern of water flow, as well as the erosion and erosion of river banks by water, are closely related to hydraulics. Therefore, in order to better understand the hydraulic performance of Woven Gabion Baskets, we need to first understand some basic knowledge of hydraulics.

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Strong plasticity: Woven Gabion Baskets can be customized according to engineering needs and adapt to different environmental conditions and needs;
Good water permeability: Woven Gabion Baskets have good water permeability, which can effectively reduce flow resistance and reduce the risk of river bank erosion;
High strength: Woven Gabion Baskets have a solid structure and can withstand large impact and pressure;
Easy to install: Woven Gabion Baskets are easy to install and can be removed and moved as needed.

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In order to understand the hydraulic performance of Woven Gabion Baskets, a series of experiments can be carried out. For example, the resistance coefficient, hydraulic jump height and other parameters of Woven Gabion Baskets at different flow rates can be measured through model experiments; at the same time, the stability of Woven Gabion Baskets at different water levels can also be tested and analyzed. Through these experiments, the application effect of Woven Gabion Baskets in actual projects can be effectively evaluated.


Woven Gabion Baskets are widely used in river bank protection projects. For example, in a river management project, Woven Gabion Baskets were used as bank protection materials, which effectively reduced the erosion and erosion of river banks by water flow, and achieved good protection effects. At the same time, during floods, Woven Gabion Baskets can also be used as temporary embankments, effectively reducing the harm of floods.

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