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Soft soil stabilization using geosynthetics
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Koerner et al. as mentioned in this paper proposed a method to establish the maximum allowable load under working conditions of polyester reinforcing fabrics and applied it to a cochrane bridge embankment.Abstract:
Part 1 - Design. Fabric reinforced embankment test section, Plaquemines Parish, Louisiana. Soft soil stabilization designs using geosynthetics. Stabilization of very soft soils using high strength geosynthetics: the role of finite element analyses. Influence of fabric geometry on the shear strength parameters of various plain wave geotextiles. Discussion. `Current Design Methods' by R.M. Koerner, B.-L. Hwu and M.H. Wayne. Part 2 - Details. Seaming and joining methods. Preloading with prefabricated vertical strip drains. Geosynthetic/soil studies using a geotechnical centrifuge. Testing and monitoring of high strength geosynthetics. Part 3 - Manufacturing and Construction. Method to establish the maximum allowable load under working conditions of polyester reinforcing fabrics. Design optimization of geosynthetic reinforced embankments over soft foundations. Shore line extension with high strength geotextile and ice assistance - a manufacturers view. Geosynthetic material and physical properties relevant to soil reinforcement applications. Geogrid reinforcement for cochrane bridge embankment. Overview of Wilmington Harbor south project. Index.read more
Citations
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Vacuum consolidation effects on lateral yield of soft clays as applied to road and railway embankment
TL;DR: In this paper, the mechanisms of the vacuum preloading system based on current practices are described through the selection of the important design parameters, and the equivalent plane strain solution for both Darcian and nonDracian flow are presented to predict the excess pore pressures, lateral and vertical displacements.
Journal ArticleDOI
The use of geotextiles and geomembranes in geotechnical engineering research and practice
Book ChapterDOI
12 – Durable geotextiles
TL;DR: In this article, some geotextiles and the parameters affecting their durability are introduced and reviewed based on experimental results under environmental exposure conditions, including ultraviolet rays, oxidation by heat and light, hydrolysis, and chemical degradation.
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