Volume changes of swelling clayey soils at microscopic scale level

Maison, Tatiana; Laouafa, Farid; Fleureau, J.-M.

doi:10.1201/b10526-15

Cited by 2 publications

(1 citation statement)

References 2 publications

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“…The phenomena of shrinkage-swelling of certain clayey soils and clayey geological formations induce differential settlements which are manifested by disorders mainly affecting structures built on the surface (buildings, shallow foundations, retaining structures, embankments,) and buried structures (tunnels, piles, pipeline, deep foundation). Examples of disorders in infrastructures linked to the presence of swelling clays are numerous and varied [1]- [6].…”

Section: Introductionmentioning

confidence: 99%

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin

Agbélélé¹,

Houehanou²,

P’Kla³

et al. 2023

OJCE

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Structures erected on swelling clay soils are subjected to several stresses which are at the origin of the premature deterioration of the infrastructures. The soils being supports for the works, the improvement of their weak characteristics with cotton fibers will not only increase the bearing capacities of these soils and the resolution of the environmental problem, by eliminating the CO 2 produced by the burning of the stems after harvest. The objective of this study is to contribute to the improvement of the characteristics by cotton stalk powder of the swelling clay soils used as the foundation of the infrastructures in order to guarantee their durability. Identification and mechanical parameterization tests were carried out on raw soil samples taken at 1.5 meters deep and on samples improved with cotton stalk powder at different levels (3%, 6% and 10%). The results from the physical tests reveal that the soil studied is very plastic silt. As for the mechanical tests, it appears that by adding 3% cotton stalk powder to dry density which goes from 1.435 t/m 3 compared to the control sample with a dry density of 1.50 t/m 3 ; which reflects an improvement in the compaction characteristics of the soil studied. The dry densities are 1.445 t/m 3 and 1.29 t/m 3 for the samples improved with 6% and 10% cotton stalk powder.

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Section: Introductionmentioning

confidence: 99%

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin

Agbélélé¹,

Houehanou²,

P’Kla³

et al. 2023

OJCE

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Development of a New Experimental Device in Order to Improve Swelling-Shrinkage Analysis of Clayey Soils

Maison

Kazmierczak

Laouafa

et al. 2013

Springer Series in Geomechanics and Geoengineering

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Volume changes of swelling clayey soils at microscopic scale level

Cited by 2 publications

References 2 publications

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin

Development of a New Experimental Device in Order to Improve Swelling-Shrinkage Analysis of Clayey Soils

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Volume changes of swelling clayey soils at microscopic scale level

Cited by 2 publications

References 2 publications

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalim&#233;, Commune of Zogbodomey in the Republic of Benin

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalim&#233;, Commune of Zogbodomey in the Republic of Benin

Development of a New Experimental Device in Order to Improve Swelling-Shrinkage Analysis of Clayey Soils

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Product

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Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin

Stabilization of Clay Soil for the Durability of Structures: Case Study of the Soils of the Locality of Zalimé, Commune of Zogbodomey in the Republic of Benin