Current overstress typed elastic viscoplastic models fall short in describing some time-
dependent mechanical behaviors of anisotropically overconsolidated clays …

A triaxial creep model for deep coal considering temperature effect based on fractional
derivative is proposed for the condition of triaxial stress state. In order to study the …

This work studies the creep damage behaviors and nonlinear creep model of red sandstone
treated at high temperature. The porosity change, creep strain, long-term strength, creep rate …

Silty clay has a remarkable creep effect due to its high moisture content, strong
compressibility, and low shear strength. Studying the long-term creep characteristics of soft …

The creep deformation of soft soil is a critical factor in geotechnical design of engineering
facilities built on soft soil foundations. In this study, a novel fractional creep model for soft soil …

The last several decades have seen a surge of papers dealing with analytical and semi‐
analytical solutions to the problem of one‐dimensional consolidation of soils. But rarely has …

The creep deformation of expansive soil has been considered as a vital threat to the safety
in engineering construction because it may cause serious slope diseases in geological …

Creep is one of the typical mechanical properties of clay, and studying the creep mechanical
properties of clay is of great significance to construction projects in clay sites. This study …

The state-dependent deformation behavior of sand is reinterpreted from the perspective of
strain increment magnitude and direction by analyzing the existing test data. A state …

The grouted circle formed by curtain grouting is widely used to mitigate geohazards,
including the isolation of groundwater in tunnels. However, few studies have focused on the …