Improvement of swelling clay soils - Koi Yebou Dodo, Whylson Johannes
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Clay soils are prone to shrink-swell due to the presence of swelling minerals. Soil stabilization is a technique commonly used to reduce this risk, particularly for light, shallow constructions. In Benin, palm branches are often discarded in the wild, contributing to environmental pollution. This study examines the influence of the geomechanical characteristics of Igana soil stabilized with palm fibers. To this end, we carried out physical and mechanical tests. The physical tests revealed that this soil belongs to category A-7-5 (HRB classification): a clayey, very plastic silt soil…mehr

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Produktbeschreibung
Clay soils are prone to shrink-swell due to the presence of swelling minerals. Soil stabilization is a technique commonly used to reduce this risk, particularly for light, shallow constructions. In Benin, palm branches are often discarded in the wild, contributing to environmental pollution. This study examines the influence of the geomechanical characteristics of Igana soil stabilized with palm fibers. To this end, we carried out physical and mechanical tests. The physical tests revealed that this soil belongs to category A-7-5 (HRB classification): a clayey, very plastic silt soil (Casagrande classification), non-organic, non-inactive, with a high swelling potential and a high plasticity index.
Autorenporträt
KOI YEBOU DODO Whylson Johannes hat einen berufsqualifizierenden Masterabschluss in Bauingenieurwesen. Er hat eine solide akademische Laufbahn absolviert, die mit einem naturwissenschaftlichen Bachelor-Abschluss begann, gefolgt von einem dreijährigen berufsqualifizierenden Bachelor-Abschluss und einem zweijährigen Master-Abschluss.