Garden retaining wall: A structure constructed with the aim of resisting a lateral force that is usually exerted when one side of a landscape is raised beyond the angle of the response of the other. To contain the two levels as far the changes, this wall is built to prevent accidental sliding of soil particles.
Proper design and installation of Garden retaining wall is mandatory so as to produce the best out of a wall; to suppress the lateral pressure exerted by soil. However, the angle of internal friction, the cohesive strength of soil and the size of the movement that is likely to be produced, should be determined. This will help retaining wall designers to give the wall the proper calibrations it requires. They hold the soil elements in place an deter sliding of soil layers.
Gravity retaining walls: Garden retaining wall is constructed depends on the mass of the stone used to construct them. These walls tend to assume the shape of a cone in a move to make the base stronger and firm. They can be reinforced with steel or wrought iron for strength.
Cantilevered: Made from an inner stem and strengthened with steel, concrete or mortared masonry. They are provided with a structural footing that keeps them firm and unwary. Since the lateral pressure of soil increases with the increase in depth, the cantilever loads give these walls the strength to withstand the increasing pressure.
Sheet piling: Mainly applied in soft soil and tight spaces. The primary material incorporated in the making these walls is steel vinyl and wooden planks. These materials are driven into the ground. Sheets are tied to steel, plastic or wooden structures behind the face of the wall being constructed. For support an avoidance of uncertainties that can be prevented, anchors are put right behind these sheets to rectify the potential failures of these planes.
Bored pile: Built from many bored piles put together proceeded by excavation of the soil in the area where Garden retaining wall is to be installed. In regards to the type of soil, level of height differences and climatic conditions the provision of earth anchors can be determined.