Jiyuan Zhao

Shandong University of Science and Technology — China

Engineering · Physical Sciences

8h-index169citations18works3.52yr avg
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Research Topics

Rock Mechanics and Modeling(14), Geoscience and Mining Technology(8), Landslides and related hazards(5), Geophysical Methods and Applications(5), Fluid Dynamics Simulations and Interactions(2)

Publications18 total

Numerical Study on the Permeability Evolution Within Fault Damage Zones
Water·2026Open Access
Seepage Modeling in Filled Tortuous Fractures Coupled with Porous Media Matrix: Influence of Filling Material Properties
Water·2025Open Access
Prediction of Floor Failure Depth Based on Dividing Deep and Shallow Mining for Risk Assessment of Mine Water Inrush
Water·2024· 2 citedOpen Access
Deformation and Stability in Coal Seam Mining Under Fluid–Solid Coupling
Geotechnical and Geological Engineering·2024· 7 cited
A gas-mechanical-damage coupling model based on the TLF-SPH method and its application to gas seepage in fractured coal
Computers and Geotechnics·2024· 12 cited
An Improved Method for Predicting Mine Water Inrush Based on Temperature Changes With Nonlinear Flow in Fractal Porous Media
Geofluids·2024Open Access
A gas-mechanical-damage coupling model based on TLF-SPH method to simulate gas seepage in fractured coal
Research Square (Research Square)·2023Open Access
Evaluation of Water Inrush Risk in Deep Mines Based on Variable Weight and Unascertained Measure Theories and GIS
Shock and Vibration·2022· 5 citedOpen Access
A real-time monitoring temperature-dependent risk index for predicting mine water inrush from collapse columns through a coupled thermal–hydraulic-mechanical model
Journal of Hydrology·2022· 17 cited
FRACTAL TREELIKE FRACTURE NETWORK MODEL FOR HYDRAULICALLY AND MECHANICALLY INDUCED DYNAMIC CHANGES IN THE NON-DARCY COEFFICIENT DURING THE PROCESS OF MINE WATER INRUSH FROM COLLAPSED COLUMNS
Fractals·2021· 3 cited
Study on a Coupled Thermal–Hydraulic–Mechanical Model for Water Inrush from Collapse Column
Geotechnical and Geological Engineering·2020· 4 cited
A Full Coupled Thermal–Hydraulic–Chemical Model for Heterogeneity Rock Damage and Its Application in Predicting Water Inrush
Applied Sciences·2019· 12 citedOpen Access
In Situ Investigation and Numerical Simulation of the Failure Depth of an Inclined Coal Seam Floor: A Case Study
Mine Water and the Environment·2019· 23 cited
A Coupled Thermal-Hydraulic-Mechanical Nonlinear Model for Fault Water Inrush
Processes·2018· 13 citedOpen Access
Assessment of water inrush risk using the principal component logistic regression model in the Pandao coal mine, China
Arabian Journal of Geosciences·2018· 20 cited
Application on Floor Water Inrush Evaluation Based on AHP Variation Coefficient Method with GIS
Geotechnical and Geological Engineering·2018· 27 cited
A MHC–NF Coupling Model for Water Inrush from Collapse Columns and Its Numerical Simulation
Geotechnical and Geological Engineering·2018· 8 cited
A model for evaluating the particle penetration efficiency in a ninety-degree bend with a circular-cross section in laminar and turbulent flow regions
Powder Technology·2016· 16 cited

Frequent Co-authors

Weitao Liu(12), Jianjun Shen(4), Ruiai Nie(3), Qiang Li(2), Minghan Xu(2), Agus P. Sasmito(2), Xi Sun(2), Ke Zhang(2), Mengke Han(2), Xiangxi Meng(1), Xiyang Ding(1), Qiang Li(1), Biao Fu(1), X.C. Cong(1), Gyeong-Su Yang(1), Jiaming Qu(1), Yuben Liu(1), Yanhui Du(1), Yifan Zeng(1), Baichao Xu(1)