Prof. Alireza Baghbanan

bagh110@iut.ac.ir

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Office

Department of Mining Engineering, Isfahan University of Technology (IUT), Isfahan, Iran. P.C: 84156883111

Phone

+98 31 33915128

Fax

+98 31 33912776

Research Interests

Numerical modeling in fractured rocks (Discrete Fracture Network (DFN)-Discrete Element Method (DEM))

Coupling process in rock masses (Bio-Chemo-Thermo-Hydro-Mechanical (BCTHM))

Underground excavation and support design

Rock slope stability

Rock block stability (Kinematics and Dynamics methods)

Grout/Bio-grout modeling

type: Journal
Title	Conference / Journal	Date
Advanced continuous drilling for depth-dependent mechanical properties mapping in graded rocks	Results in Engineering	2026-02
Drilling-Based Rock Strength Estimation: A Validated Model for Mohr-Coulomb and a New Theoretical-Empirical Approach for Hoek-Brown Parameters	Results in Engineering	2025-11
Experimental Investigation of Fracturing Processes Under Compression of Granite Specimens Containing Combined Defects Using DIC and AE Techniques	ROCK MECHANICS AND ROCK ENGINEERING	2025-09
Geometric model Construction of the main discontinuities using the Discrete Fracture Network method, A Case Study of the Pirtaghi dam site, Northern Iran	Geopersia	2025-09
Enhancing the efficiency and sustainability of soil Bio-Cementation improvement using Persian gum	Scientific Reports	2025-07
Three-dimensional finite-volume modelling and laboratory validation of non-Darcy flow in rough rock fractures	Results in Engineering	2025-07
Optimizing Rock Bolt Support for Large Underground Structures Using 3D DFN-DEM Method	Geosciences	2025-07
Three-Dimensional Analysis of Seepage in Fractured Rock Masses and Evaluation of the Accuracy of Empirical Methods for Predicting Permeability in Cutoff Walls: A Case Study of Chamshir Dam	Journal of Analytical and Numerical Methods in Mining Engineering روش هاي تحليلي و عددي در مهندسي معدن	2025-07
Precise Replication of Complex Rock Fracture Surfaces Combining 3D Printing, Mold-and-Cast, and Statistical Analysis	Indian Geotechnical Journal	2025-05
On the efficiency of the modified smooth joint model for simulating shear behavior of rock joints: A comprehensive experimental-numerical study	COMPUTERS AND GEOTECHNICS	2025-05