$K_0$ Values and Shear Strengths under $K_0$ Consolidated Triaxial Test According to Matric Suction for an Unsaturated Soil
Tae-Kyung Kim, Seboong Oh
Abstract
Tae-Kyung Kim, Seboong Oh
Abstract
In this study, the behaviour of an unsaturated soil was analyzed by performing consolidated triaxial tests. Unsaturated triaxial tests were performed with matric suctions for weathered soils and stress paths under consolidation and stress-strain relationships under shear were obtained. As a result, the value decreased as the matric suction increased. Besides, both isotropic and conditions had similar shear strength envelopes at the same matric suction. Especially, strength parameters could be obtained by stress variables used in the critical state theory more reasonably than by those of Mohr circles at failure.
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In this study, the behaviour of an unsaturated soil was analyzed by performing consolidated triaxial tests. Unsaturated triaxial tests were performed with matric suctions for weathered soils and stress paths under consolidation and stress-strain relationships under shear were obtained. As a result, the value decreased as the matric suction increased. Besides, both isotropic and conditions had similar shear strength envelopes at the same matric suction. Especially, strength parameters could be obtained by stress variables used in the critical state theory more reasonably than by those of Mohr circles at failure.
Key concepts: Geotechnical engineering, Consolidation (business), Triaxial shear test, Suction, Isotropy, Soil water, Geology, Shear strength (soil)