Calculation of Consolidation Coefficient and Percent Consolidation from Measured Pore Water Pressure of Soft Clay

Yong Mou Zhang; Jian Chang Zhao

doi:10.4028/www.scientific.net/AMR.250-253.1889

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Numerical Simulation of Grout Curtain in a DEWPR Tunnel
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Environmental Isotopic and Hydrochemical Approach of Groundwater in Kerian Irrigation Scheme, Perak
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Experimental Research on Integral Large Span Prestressed Concrete Roof
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Calculation of Consolidation Coefficient and Percent Consolidation from Measured Pore Water Pressure of Soft Clay
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The Analysis of Impacting Urban Expressway Operating Speed Factors
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Element-Free Spline Method for the Vibration Analysis of Functionally Graded Material Plate
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Simulations on Expansive Strain of Concrete Caused by Ettringite Growth under Sulfate Attack
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Dewatering Preloading Test and Ground Subsidence in a Project
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Calculation of Consolidation Coefficient and Percent Consolidation from Measured Pore Water Pressure of Soft Clay

Abstract:

Consolidation coefficient and percent consolidation of soft clay were calculated according to the measured pore water pressure of a project in Pudong Shanghai. Calculated coefficient of consolidation was one magnitude larger than the experimental one. This was in conformity with the actual consolidation process of dynamically-consolidated soft soil.