The soil-rock mixture (SRM) is an excellent composite filler for subgrade, due to its
renewable sources and high structural strength. It is still a challenge to evaluate the impact …

Soil-rock mixture (SRM) that is seriously affected by multiple factors such as particle
morphology, grading, and composition has been widely used in geotechnical engineering …

The non-linear mechanical behaviors of bimrock under static loading conditions have been
widely studied currently. To data, however, the fatigue responses of bimrock with various …

The strength of geological materials is a fundamental property used in the design of civil
engineering works; including projects constructed in complex geological mixtures or …

The mechanical behaviors of soil-rock mixture (S-RM) are very complicated and significantly
affected by its rock block content and gradation composition. A systematic study was …

The growth and melting of internal ice crystals reorganizing the pore structure and internal
skeleton of soil-rock mixture (S-RM), which leads to the deterioration of the S-RM shear …

The aim of this paper is to investigate slope stability in bimrocks using both finite element
(FEM) and limit equilibrium (LEM) methods. More than 90 2D stability analyses were …

A series of benched excavations were typically carried out on the bedrock slope surface to
improve the stability of the soil–rock mixture (S–RM) fill slope. It is difficult to devise an in …

The differences in geomechanical properties and the uncertainty in the spatial distribution of
Bimrock pose significant challenges to the construction and disaster prediction of …

Soil–rock mixtures (S-RMs) are widely distributed in the shallow surfaces of cold regions that
experience frequent freeze–thaw cycles, considerably threatening the stability of the soil …