COMPACTION EFFECTS ON THE HYDRAULIC CONDUCTIVITY OF A CLAY SOIL
ESTHER DOUGLAS, E. McKyes
Abstract
ESTHER DOUGLAS, E. McKyes
Abstract
Unsaturated hydraulic conductivities of laboratory-compacted samples of Ste. Rosalie clay were measured, and the values obtained were corrected for the effective changing porosity under increasing pressure gradients. An equation is presented that permits predicting the corrected hydraulic conductivity as a function of compaction in terms of porosity.
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Unsaturated hydraulic conductivities of laboratory-compacted samples of Ste. Rosalie clay were measured, and the values obtained were corrected for the effective changing porosity under increasing pressure gradients. An equation is presented that permits predicting the corrected hydraulic conductivity as a function of compaction in terms of porosity.
Key concepts: Hydraulic conductivity, Compaction, Porosity, Geotechnical engineering, Soil compaction, Soil science, Geology, Soil water