Retaining Wall

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CANTILEVER WALL

CANTILEVER WALL

Cantilever wall are usually of reinforced concrete and work on the principles of leverage. Have much thinner stem, and utilize the weight of the backfill soil to provide most of the resistance to sliding and overturning. Most common type of... (Continue reading)

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SLOPE RELIABILITY

SLOPE RELIABILITY

Analysis methods for slope stability are routinely applied by geotechnical engineers. Slope designs, however, are usually based on a "safety factor" which does not account for soil variability (soil variability is due to actual in-place conditions and not due to... (Continue reading)

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Earth Retaining Systems for Deep Excavations

Earth Retaining Systems for Deep Excavations

Braced Walls or (mostly) strut support Soldier pile and lagging walls with anchor or strut support Sheet piling or sheet pile walls with anchor or strut support Pile walls (contiguous, secant) with anchor or strut support Diaphragm walls or slurry... (Continue reading)

Concept of Reinforced Earth Structures Design

Concept of Reinforced Earth Structures Design

Reinforced earth is a composite material formed by the friction between the earth and the reinforcement. By means of friction the soil transfers to the reinforcement the forces built up in the earth mass. The reinforcement thus develops tension and... (Continue reading)

Retaining Wall Design Principles

Retaining Wall Design Principles

Retaining structures Generally speaking, any wall that sustains significant lateral soil pressure is a retaining wall. However, the term is usually used with reference to a cantilever retaining wall, which is a freestanding wall without lateral support at its top.... (Continue reading)

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