Shear Strength Improvement Of Peat Soil Due To Consolidation - Anggraini, Vivi;Gofar, Nurly
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One major problem related to construction on peat deposite is the low shear strength of the soil. Some improvement methods have been developed to increase the bearing capacity of the peat deposit by utilizing consolidation pressure. The shear strength of the samples was obtained by triaxial compression test under unconsolidated undrained condition. The results proved that there is an increase in shear strength due to application of consolidation pressure. The initial shear strength predicted based on the equation developed for the results of Triaxial testing agreed with the in-situ strength obtained by field vane shear test…mehr

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Produktbeschreibung
One major problem related to construction on peat deposite is the low shear strength of the soil. Some improvement methods have been developed to increase the bearing capacity of the peat deposit by utilizing consolidation pressure. The shear strength of the samples was obtained by triaxial compression test under unconsolidated undrained condition. The results proved that there is an increase in shear strength due to application of consolidation pressure. The initial shear strength predicted based on the equation developed for the results of Triaxial testing agreed with the in-situ strength obtained by field vane shear test
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Autorenporträt
Vivi Anggraini is a senior lecturer in Civil Engineering. She obtained her bachelor in Universitas Andalas, her master degree in Universiti Teknologi Malaysia and currently she is Ph.D candidate in Universiti Putra Malaysia. Her areas of specialization include site investigations : soil testing, soil stabilization,and soil structure interaction.