A brief analysis of the retaining wall construction method of ecological bags

We know that ecological bags are very widely used now. They can not only be used on soil, but also on soil walls. I would like to briefly understand the construction method of ecological bag retaining walls: When the tilt angle of the ecological bag retaining wall becomes larger, The greater the average stress the retaining wall bears against the soil, the soil's allowable bearing capacity must be checked at this time. After the eco-bag is planted, its plant roots can effectively increase the shear strength of the soil below the eco-bag and improve the overall anti-sliding safety factor.
After adding connecting buckles and adhesive to the interface of the eco-bag, the connecting buckles must penetrate the geotechnical bag in order to exert their function and increase the interface impedance.
The adhesive can tightly join the bags and provide high shear resistance to avoid unit damage and increase the height of single-layer vertically stacked eco-bags.
Eco-bags and stiffeners form an eco-bag stiffened retaining wall system, which can increase the height of a single-layer vertically stacked eco-bag.
The long bag construction method can fully improve the stability and regreening requirements of adverse geological slopes such as mudstone, loess, weathered sandstone, etc. When long-term stability is considered, tree species should be sprayed and planted.
I believe that after everyone understands the retaining wall construction method of ecological bags, they will have a new understanding of it and trust it more. We can simply understand the above knowledge. The ecological bags we operate are reasonably priced (details at: :b) Friends in need can contact us. Article source: :b/