# Retaining Wall Steel Calculation

### The wall stem may be either cantilevered or propped and may feature either stepped or inclined faces.

Retaining wall steel calculation. Friction angle φ feet. Based on our example in figure a 1 we have the forces due to soil pressure due to water and surcharge load to consider. It derives its name from the fact that its individual parts behave as and are designed as cantilever beams.

Lateral earth pressure acting on retaining wall2. D counterfort retaining walls. Masonry stem design includes unreinforced as well as pocket hollow or.

For those who want to dig deeper into. These forces on the retaining wall depends on multiple factors which are discussed. Tedds calculation version 1 2 01 06 wall details retaining wall type cantilever propped at base height of retaining wall stem hstem 3500 mm thickness of wall stem twall 350 mm length of toe ltoe 3000 mm length of heel lheel 0 mm overall length of base lbase ltoe lheel twall 3350 mm thickness of base tbase 350 mm depth of downstand dds 0 mm position of downstand lds 1900.

Don t forget that you ll also want to consider adding a layer of landscape fabric between the stone backfill and the earth behind it to prevent the dirt from filling the. Free retaining wall design software for engineers architects and contractors. The retaining wall base may also be propped.

Surcharge loads acting on retaining wall3. The retaining wall should have 12 of gravel immediately behind the entire length and height of the wall to allow for proper drainage. Figure a 3 below is most likely our analytical model.

Reinforcing steel are introduced for minimizing the wall section. Various types of loads and forces act on a retaining wall and their calculation is essential for its design. Retaining wall design for the professional practitioner and civil engineering student could not be found.

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