[HTML][HTML] Grading scal** and sample size effects on critical shear strength of mine waste rock through laboratory and in-situ testing
Geotechnical stability analyses of mine waste rock (WR) piles require the critical friction
angle (ϕ cr) of the coarse blasted rock. However, due to the presence of oversized rock …
angle (ϕ cr) of the coarse blasted rock. However, due to the presence of oversized rock …
A GSD‐driven approach to deriving stochastic soil strength parameters under hybrid machine learning models
H Jiang, Y Li, Q Zou, J Zhang, J Cui… - European Journal of …, 2024 - Wiley Online Library
The quantification of soil strength parameters is a crucial prerequisite for constructing
physical models related to hydro‐geophysical processes. However, due to ignoring soil …
physical models related to hydro‐geophysical processes. However, due to ignoring soil …
Probability analysis of shallow landslides in varying vegetation zones with random soil grain-size distribution
H Jiang, Q Zou, Y Li, Y Jiang, J Cui, B Zhou… - … Modelling & Software, 2025 - Elsevier
The physically-based landslide susceptibility models are widely used to guide disaster
prevention and mitigation in mountainous areas due to their significant predictive capability …
prevention and mitigation in mountainous areas due to their significant predictive capability …
The combined effect of particle angularity and inter-particle friction on micro-and macroscopic properties of granular assemblies
Both inter-particle friction and particle shape are known to influence the micro-and
macroscopic properties of granular assemblies individually. However their combined …
macroscopic properties of granular assemblies individually. However their combined …
[HTML][HTML] Particle shape distribution effects on the critical strength of granular materials
This study investigates the influence of correlations between particle morphology and
gradation on the critical shear strength of three-dimensional granular assemblies via …
gradation on the critical shear strength of three-dimensional granular assemblies via …
Geotechnical designs of mine waste rock (WR) piles require the critical friction angle (ϕ cr)
of the coarse crushed rock. For this purpose, grading scal** techniques must be used to …
of the coarse crushed rock. For this purpose, grading scal** techniques must be used to …
Packing of cohesive angular particles: Cohesive strength, structure, and effects of angularity
Employing extensive 2D contact dynamics simulations, we analyze the effects of grain
shape angularity on the quasistatic shear strength properties of cohesive granular packings …
shape angularity on the quasistatic shear strength properties of cohesive granular packings …
[HTML][HTML] The 9th Victor de Mello lecture: reflections and speculations
DW Hight - Soils and Rocks, 2024 - SciELO Brasil
The paper reviews the published literature on some aspects of fabric and particle behaviour
in cohesionless soils. It uses insights from Discrete Element Modelling and Microcomputed …
in cohesionless soils. It uses insights from Discrete Element Modelling and Microcomputed …
Size effects assessment of mine waste-rock shear strength combining numerical, laboratory and in situ approaches
With the aim of performing stability analyses of waste-rock (WR) piles, the critical shear
strength of loose WR material must be characterised. However, due to the presence of …
strength of loose WR material must be characterised. However, due to the presence of …
Particle size effects on critical strength of granular soils through numerical and laboratory testing
The critical shear strength characterization of waste rock (WR) is crucial for assessing the
stability of waste rock piles. However, laboratory testing is challenging due to the broad …
stability of waste rock piles. However, laboratory testing is challenging due to the broad …