"Drove wall" is a term that refers to a type of construction technique used in civil engineering, particularly in the construction of retaining walls. It involves the installation of sheet piles or driven walls, which are long, interlocking sections of steel or vinyl sheets that are driven vertically into the ground to provide structural support and prevent soil erosion or slippage.
The process of constructing a drove wall typically involves using heavy machinery, such as pile drivers or vibratory hammers, to forcefully insert the sheet piles deep into the ground until they reach a suitable depth or layer of stable soil. The interlocking design of these sheet piles allows them to fit tightly together, creating a continuous barrier that can resist different forces exerted by the soil, groundwater pressure, or other external loads.
Drove walls are often implemented when there is a need to create a level difference between two areas of land or when a slope needs reinforcement. This construction method is commonly used in various infrastructure projects, such as highway and railway construction, riverbank stabilization, harbor and dock construction, and basement or foundation construction.
By utilizing drove walls, engineers can effectively control soil erosion, prevent landslides, stabilize embankments, and create sturdy foundations for structures. The durability and strength of drove walls make them a reliable solution, enabling safe and stable construction in areas with challenging soil conditions or topographical features.
