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Comparison of retaining walls for basement construction in stiff clays
The selection of retaining walls supporting deep excavations for building basements depends on various factors such as soil types, permissible movements, construction methods, material and equipment availability etc. For excavations in soft soils, rigid walls such as diaphragm walls and contiguous bored pile walls are commonly used as they are more effective than the more flexible walls such as sheet pile walls, in limiting soil movements to an acceptable level. For excavations in stiff soils, the relative merits for the rigid and flexible walls become less clear. This paper compares the performance and cost-effectiveness of rigid and flexible walls. The relative merits between the rigid and flexible wall systems are discussed.
Comparison of retaining walls for basement construction in stiff clays
The selection of retaining walls supporting deep excavations for building basements depends on various factors such as soil types, permissible movements, construction methods, material and equipment availability etc. For excavations in soft soils, rigid walls such as diaphragm walls and contiguous bored pile walls are commonly used as they are more effective than the more flexible walls such as sheet pile walls, in limiting soil movements to an acceptable level. For excavations in stiff soils, the relative merits for the rigid and flexible walls become less clear. This paper compares the performance and cost-effectiveness of rigid and flexible walls. The relative merits between the rigid and flexible wall systems are discussed.
Comparison of retaining walls for basement construction in stiff clays
Wong, I.H. (author) / Poh, T.Y. (author)
Tunnelling and Underground Space Technology ; 14 ; 461-468
1999
8 Seiten, 7 Quellen
Article (Journal)
English
Comparison of Retaining Walls for Basement Construction in Stiff Clays
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