Field P Erformance of a 17 M-High R Einforced Soil Retaining Wall (original) (raw)

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Development of Low Cost Retaining Walls for Indiana Highways Cover Page

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Reinforced Soil Structures Volume I. Design and Construction Guidelines Cover Page

State of the Practice of MSE Wall Design for Highway Structures

The state of the practice of MSE wall design has become more complex as more and more systems, engineers and researchers have become involved in the practice. There are correct ways to design MSE walls, to apply traffic surcharge, to select design parameters and backfill, to assess service life, to address special design conditions such as bridge abutments, traffic barriers and earthquakes, and to select the wall design method itself. Yet the complexity persists, arising from policy changes and a multitude of design choices. This paper will discuss these and other areas of confusion and provide clarification regarding accepted, reliable methods of MSE design that have been proven in the field for more than forty years.

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State of the Practice of MSE Wall Design for Highway Structures Cover Page

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New Method for Prediction of Loads in Steel Reinforced Soil Walls Cover Page

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Design and Construction of Mechanically Stabilized Earth Walls and Reinforced Soil Slopes – Volume I Cover Page

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Predicted Loads in Steel Reinforced Soil Walls Using the AASHTO Simplified Method Cover Page

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Advances In Geosynthetics Materials and Applications for Soil Reinforcement and Environmental Protection Works Cover Page

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Prediction of soil reinforcement loads in mechanically stabilized earth (MSE) walls Cover Page

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Vertical Facing Panel-Joint Gap Analysis for Steel-Reinforced Soil Walls Cover Page

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Analyses of reinforced embankment on soft and hard foundations Cover Page