Numerical Implementation and Probabilistic Analysis of Soil‐Rock Mixtures: Stochastic Geometric Models for Triaxial Shear and Slope Stability

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Probabilistic analysis reveals mechanical properties in soil-rock mixtures, indicating stochastic modeling aids slope stability assessments.

Probabilistic analysis improves the understanding of soil-rock mixtures in geotechnical engineering, capturing variability in mechanical properties.
Results from triaxial shear tests demonstrate that morphological characteristics influence shear strength in soil-rock mixtures.
Stochastic finite element analysis was used for modeling and evaluating slope stability in engineering structures.
The framework suggests a need for integrating probabilistic methods to enhance assessment of slope stability and material properties.

(杨学) et al. (2025) studied this question.

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Probabilistic analysis reveals mechanical properties in soil-rock mixtures, indicating stochastic modeling aids slope stability assessments.