Retaining walls are a must-have for every property owner to aim at improving property value and preventing disasters. There are a variety of factors to consider when designing a retaining wall system, including the characteristics of the soil where it will be installed, the height and width of the wall, and the purpose for which it will be used.
The height of a retaining wall should be based on the level of erosion that is expected in the area where it will be installed. A taller wall can help prevent erosion by limiting water runoff and keeping floodwaters from inundating low-lying areas. You can also know more about retaining walls via https://www.actionsolution.com.au/precast-concrete-products/precast-concrete-retaining-walls/.
The width of a retaining wall should also be based on the level of erosion that is expected in the area where it will be installed. A wider wall can help prevent erosion by slowing down water runoff and directing it into streams or other drainage systems. The type of soil that is being used for a retaining wall system also has an impact on its design.
Retaining walls made from harder, more compact soils need to be high enough to avoid submersion, while walls made from softer soils can be much narrower without risking subsidence. If a retaining wall system will adjacent or intersect with a roadway, careful consideration must be given to its design.
If too much material is removed from around the roadway during construction, severe road damage may occur. Retaining walls are an effective way to prevent soil and water from flowing down a slope and into the surrounding landscape. There are many different retaining wall systems on the market today, each with its own advantages.