In order to study the mechanical characteristic of artificial frozen soils, such as strength, and
stress–strain relationship, a series of triaxial compression tests of frozen sand has been …

The triaxial creep experiment of artificially frozen soil in deep alluvium was performed by a
self-developed machine of triaxial creep frozen soil. After analyzing the experiment results …

As an effective multiscale method, homogenization theory is widely applied to the composite
material research field. The saturated frozen saline sandy soil can be regarded as a typical …

This paper presents the experimental investigations on the strength of frozen sand by
conducting the triaxial compressive tests under confining pressures varying from 0.0 to 18.0 …

The mechanical properties of frozen soil are complicated due to their complex components
and sensitivity to temperature, water content and pressure. This study conducts triaxial …

A series of triaxial compressive tests of frozen soil has been conducted at a temperature of−
6° C under high confining pressures. The results verify that the strength of frozen soil …

The particle breakage has significant influence on the mechanical properties of
geomaterials during loading process. Considerable particle breakage commonly occurs for …

The strength of frozen soil presents obvious nonlinearity, which makes many theoretical
criteria unable to accurately predict failure. The Hoek–Brown criterion, which is one of the …

The brine leakage is a tough problem in artificial freezing engineering. This paper takes the
common soft clay in Wujiang District as the study object, and calcium chloride solutions with …

Large-scale fracture systems surrounding the Utopia basin include giant polygons and
circular graben. Data covering the northern Utopia basin now allow high-resolution mapping …