A series of undrained cyclic torsional shear tests was conducted to investigate the effect of
cyclic loading frequency on the liquefaction characteristics of saturated sand using a hollow …

Evaluating the cyclic strength development using energy-based methods is a novel concept
in studying the dynamic properties of sand–clay mixtures under cyclic loading. In this study …

This paper presents a systematic experimental investigation into the liquefaction behavior of
saturated sand subject to cyclic loadings with various types of random time histories. The …

In this study, a series of undrained cyclic torsional shear tests were conducted to investigate
the effect of cyclic loading frequency f on the pre-liquefaction (shearing contractive (SC) …

When a material is subjected to cyclic loading, there are changes in the material's
geomechanical behavior that need to be known and characterized for a safe design. To this …

Reexamining the transitional failure with energy method is a new idea of studying the
dynamic properties of fine-grained soil. In this paper, a series of undrained cyclic triaxial …

The strength of marine clay under cyclic loading is affected by its mineral composition, which
must be considered in engineering design. Consolidated undrained cyclic triaxial tests were …

Evaluating cyclic liquefaction of soil from the perspective of energy dissipation provides a
more comprehensive insight into its liquefaction mechanism. This study conducted a series …

Marine clay may experience stiffness degradation and catastrophic failure when subjected
to complex ocean dynamic loadings. This can result in instability, destruction, or capsizing of …

The present study evaluates the effect of stress history and loading conditions on dynamic
behavior and failure characteristics of low plasticity cohesive soil. A series of two-way strain …