A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Earth Retaining Systems. Geotechnical Engineering Circular No. 2
This document presents information on temporary and permanent earth retaining systems for use on highway projects. Earth retaining systems discussed in this document include; rigid gravity and semi-gravity walls; prefabricated modular gravity walls; mechanically stabilized earth (MSE) walls; reinforced soil slopes; non gravity cantilevered walls and anchored walls including sheet-pile walls, soldier pile and lagging walls, slurry (diaphragm) walls, tangent pile and secant pile walls, and soil mixed walls; and in-situ reinforced walls such as soil-nailed walls and micropile walls. The document provides comparative information on earth retaining system components, methods of construction, contracting practices, and construction monitoring and inspection practices. The document also provides general information on design/analysis procedures and identifies references where detailed design/analysis information can be obtained. The document is intended as a broadly-scoped primer and resource document for highway planning, design, and construction specialists.
Earth Retaining Systems. Geotechnical Engineering Circular No. 2
This document presents information on temporary and permanent earth retaining systems for use on highway projects. Earth retaining systems discussed in this document include; rigid gravity and semi-gravity walls; prefabricated modular gravity walls; mechanically stabilized earth (MSE) walls; reinforced soil slopes; non gravity cantilevered walls and anchored walls including sheet-pile walls, soldier pile and lagging walls, slurry (diaphragm) walls, tangent pile and secant pile walls, and soil mixed walls; and in-situ reinforced walls such as soil-nailed walls and micropile walls. The document provides comparative information on earth retaining system components, methods of construction, contracting practices, and construction monitoring and inspection practices. The document also provides general information on design/analysis procedures and identifies references where detailed design/analysis information can be obtained. The document is intended as a broadly-scoped primer and resource document for highway planning, design, and construction specialists.
Earth Retaining Systems. Geotechnical Engineering Circular No. 2
P. J. Sabatini (author) / V. Elias (author) / G. R. Schmertmann (author) / R. Bonaparte (author)
1997
184 pages
Report
No indication
English
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