Study on Characteristic of Saturated Soft Clay under one-Way Cyclic Loading
Tian Jun Liu, AN Guan-feng, Hong Bin Zhang
Abstract
Tian Jun Liu, AN Guan-feng, Hong Bin Zhang
Abstract
Simulating traffic loading, the high liquid limit clay specimens and the low liquid limit clay specimens of the Pearl River delta are engaged in cyclic triaxial tests under one-way cyclic loading respectively. The influence of axial stress, confining stress and plasticity index are taken into account. A critical dynamic stress ratio of saturated soft clay under one-way cyclic loading and the variations of axis strain and pore pressure with number of cycles were obtained. The conclusions are helpful to compute the settlement of saturated soft foundation under traffic loading after work.
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Simulating traffic loading, the high liquid limit clay specimens and the low liquid limit clay specimens of the Pearl River delta are engaged in cyclic triaxial tests under one-way cyclic loading respectively. The influence of axial stress, confining stress and plasticity index are taken into account. A critical dynamic stress ratio of saturated soft clay under one-way cyclic loading and the variations of axis strain and pore pressure with number of cycles were obtained. The conclusions are helpful to compute the settlement of saturated soft foundation under traffic loading after work.
Key concepts: Geotechnical engineering, Cyclic stress, Materials science, Settlement (finance), Plasticity, Overburden pressure, Atterberg limits, Pore water pressure