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Mechanical Constitutive Model for Frozen Soil
동토지반에 대한 역학적 구성모델
2012
Journal of the Korean Geotechnical Society
동토지반에 대한 역학적 구성모델
Recently, growing interests in frozen ground have stimulated us to advance fundamental theories and systematic researches on soil behavior under freezing conditions. Unlike the well-established soil mechanics theory, temperature variation and phase change of pore-water cause water migration to cold side, ground heaving, sharp increase in earth pressure, etc., which bring about serious problems in frozen geotechnical structures. Elasto-plastic mechanical constitutive model for frozen/unfrozen
doi:10.7843/kgs.2012.28.5.85
fatcat:uvhwtwxw6nen5n7elc2zrgv5gu