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A Constitutive Model for Collapsible Loess Material: II Application

A constitutive model for collapsible loess material is presented. The numerical experiments indicate that this model can capture hydrocompaction behaviors of loess material under different water contents and pressures. The numerical results show good agreement with the laboratory tested collapsibility parameters of the loess material. The model is also applied to study a loess material-filled slope with height of 38m using FLAC5.0. The stability and the collapsibility deformation status of the loess slope are analyzed