The stability of the anchoring system depends on the frictional resistance between the geomembrane and the foundation interface, and thermal expansion and contraction directly change this key mechanical parameter.
As an innovative seedling device, the root controller cleverly utilizes the physiological responses of plant roots to air and physical barriers through its unique concave-convex inner wall structure and top stomata design to actively guide root morphology
In ecological slope protection, mine reclamation, and urban greening projects, plants are not only symbols of greenery but also "living anchors" for stabilizing soil and rock.
In modern geotechnical and environmental engineering, seepage prevention is no longer a simple matter of "water blocking," but a core issue concerning ecological security, resource protection, and project lifespan.
In forestry, horticulture, and ecological restoration practices, the survival rate and early growth performance of transplanted seedlings are often crucial to the success or failure of a project.
In modern geotechnical engineering, the uncertainty of geological conditions is always a key challenge to project success or failure.