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Materials science / Soil mechanics / Plasticity / Elasticity / Soil liquefaction / Shear strength / Critical state soil mechanics / Effective stress / Shear modulus / Mechanics / Physics / Solid mechanics


Andrade, J. E[removed]Ge´otechnique 59, No. 8, 673–682 [doi: [removed]geot[removed]A predictive framework for liquefaction instability J. E . A N D R A D E  Cette communication pre´sente un cadre pre´dictif pour
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Document Date: 2013-05-08 12:54:21


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National Academy Press / Cambridge University Press / Ge / McGraw-Hill / /

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Japan / United States / /

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Prentice Hall / Lower San Fernando dam / Northwestern University / Harvard University / /

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duplicate solutions / crr cra car / inner product / granular media / energy-conserving elasticity models / predictive tool / /

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Cambridge University / National Research Council / Harvard University / Nuclear Regulatory Commission / Department of Civil and Environmental Engineering / Science’s National Research Council / Harvard / Northwestern University / U.S. National Science Foundation / US National Academy of Science / /

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simple critical state model for sand / vp / editor / underlying constitutive model for sand / Constitutive model for static liquefaction / Bishop / predictive constitutive model for sands / ACKNOWLEDGEMENTS The author / plasticity model for sands / premier / representative / /

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Rhode Island / /

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southern California / /

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