A gravity retaining wall is a structure designed to hold back soil or loose materials, preventing them from eroding or collapsing. It relies on its own weight to counteract the lateral forces exerted by the retained material. Typically constructed from heavy materials such as concrete, stone, or masonry blocks, gravity retaining walls are often thick and massive. The wall's base is usually wider than the top, giving it a trapezoidal shape, which helps in distributing the load and improving stability. For effective performance, it's crucial to consider proper drainage behind the wall to reduce hydrostatic pressure and prevent failure.
Gravity Retaining Walls are constructed with typical heights of 2’-16’ (.61-4.88 m), base depths of 1’-8’ (.3-2.44 m), and wall thicknesses between .5’-5’ (.15-1.52 m). Gravity Retaining Walls are often created at an angle of 6-12 degrees. Retaining wall lengths vary as needed.
A gravity retaining wall is a structure designed to hold back soil or loose materials, preventing them from eroding or collapsing. It relies on its own weight to counteract the lateral forces exerted by the retained material. Typically constructed from heavy materials such as concrete, stone, or masonry blocks, gravity retaining walls are often thick and massive. The wall's base is usually wider than the top, giving it a trapezoidal shape, which helps in distributing the load and improving stability. For effective performance, it's crucial to consider proper drainage behind the wall to reduce hydrostatic pressure and prevent failure.
Gravity Retaining Walls are constructed with typical heights of 2’-16’ (.61-4.88 m), base depths of 1’-8’ (.3-2.44 m), and wall thicknesses between .5’-5’ (.15-1.52 m). Gravity Retaining Walls are often created at an angle of 6-12 degrees. Retaining wall lengths vary as needed.
