Soil Nailing: Method, Design, Installation, and Benefits
Soil nailing is a modern geotechnical technique used to stabilize soil and support excavations. Engineers apply the soil nailing method/technique…
Category: Retaining wall
Gravity Retaining wall types – Crib, Bin and Gabion Retaining walls
Gravity retaining walls are essential structures that rely on their weight to resist lateral soil pressure. Engineers use these walls in various projects to provide stability and prevent soil erosion. Gravity retaining wall types include crib retaining walls, bin retaining walls, and gabion walls, each offering unique advantages. Crib retaining walls use interlocking frames filled with soil or stones, ideal for steep slopes. Bin retaining walls feature modular bins filled with granular materials, ensuring quick installation. Gabion walls consist of wire mesh baskets filled with stones, offering flexibility and durability. These walls serve diverse applications, from landscaping to infrastructure projects, making them versatile and reliable solutions for retaining soil and enhancing structural stability.
MSE Retaining Walls – Components & advantages.
MSE retaining walls means mechanically stabilised earth or reinforced earth. This is an earth retaining system where compacted granular soil is reinforced with horizontal layers of steel strips or geo-synthetic materials.
Anchored retaining walls/Tie back system-Advantages
Anchored retaining wall system is a structural element installed through the rock or soil to transfer the tensile forces developed in the structure to the ground. Anchored retaining walls are often slimmer than all their counterparts like gravity walls and cantilever retaining walls.
Types of Retaining walls – All types,materials,features and uses.
Retaining walls are rigid structures used for supporting soil laterally and retained at different levels on the two sides.
They are vertical or near-vertical structures constructed to hold soil between two terrains when the slope exceeds the natural angle of repose. The slope can be vertical or steep or much above the range of angle of repose.