Welcome to Dr. Masoud Cheraghi Seifabad

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Office : Department of Mining Engineering, Isfahan University Of Tech (IUT), Isfahan, Iran, 84156, 83111 Email : cheraghi@cc.iut.ac.ir Phone : +98 (31) 33915115 Fax : +98 (31) 33912776 Web Site : Masoud Cheraghi Seifabad

Associate Professor
Faculty Member, Department of Mining Engineering

Research Fields : Exploitation

Rock Mechanics

Teaching

Recent Publications

Geometry determination of galleries and pillars in Chehel Koureh copper mine, Iran

Laboratorial studies for the prediction of rock texture and hardness using vibration measurement while drilling

Study of Effect of Cooling/Lubricating Fluids, Machining Parameters, and Rock Mechanical Properties on Penetration Rate in Rock Drilling Process

Uncertainty consideration in rock mass blastibility assessment in open pit mines using Monte Carlo Simulation

Using effective medium theory to calculate permeability of rock with complex fractures

Seismic Sensitivity Analysis of Rigidity and Thickness of Tunnel Lining by Using Ground_Structure Interaction Method Case Study: Roudbar Lorestan Dam

Experimental study of the effect of cooling/lubricating fluids on penetration rate in hard and soft rock drilling process

Rock Slope Stability Analysis in the Left Abutment of Bakhtiary Dam, Iran

Stability analysis regarding the effect of discontinuity spacing

Sensitivity analysis of effective parameters in stability of powerhouse cavern Azad dam

Evaluation of face pressure and surface subsidence in Mechanized Tunneling in Urban Areas (Case Study: Line 1 Station Crossing with Tehran Metro Line 7)

An investigation into fracture toughness and mechanisms in anisotropic rocks using the Acoustic Emission method

Selection of a subway excavation method using AHP and TOPSIS

Effects of underground water table on surface settlement curve due to mechanized excavation in urban areas

Stability analysis of powerhouse cavern and tunnel sets in Bakhtiari dam

Wellbore stability analysis to determine the safe mud weight window for sandstone layers

Subsidence definition of line 2 Tabriz metro using empirical and numerical methods

Modelling of Flow–Shear Coupling Process in Rough Rock Fractures Using Three‑Dimensional Finite Volume Approach

Estimation of rock block size distribution with Distinct Element Method (DEM) using Geological Strength Index (GSI)

Stability analysis and optimization of the support system of an underground powerhouse cavern considering rock mass variability

Dynamic stability analysis of Bakhtiari hydropower cavern by using the numerical method (3DEC)

Subsidence prediction for twin tunnels using empirical formula-A case study: Isfahan, Iran

The Stochastic Assessment of Geomechanical and Strength Parameters for Rock Masses/ Case Study: Pressure Tunnels of Azad Pump-Storage Power Plant Project

Prediction of water inflow into underground excavations in fractured rocks using a 3D discrete fracture network (DFN) model

A Study of Swelling Behaviour in a Tunnel Using Finite Element Methods

Selection of the best method for risk assessment using stability zonation in Kolijan-Rostaq

Reduce the uncertainty of soil parameters and Karaj line 2 subawy tunnel modeling using back analysis

Estimating the drilling rate in Ahvaz oil field

Feasibility evaluation for excavation of Naghshe Jahan Square subway station by underground methods

The Stability Analysis of Soork Dam Abutments

Optimization the Distance between Piles in Supporting Srtructure Using Soil Arching Effect

Engineering Geology of Ghomroud Tunnel with Emphasis on Water Inflow-A Case Study

Slope Stability Analysis of the 3rd Kuhrang Tunnel Portal

The review of soil arching effect and its application on optimization of the distance between piles in supporting structure

Excavation method in Goushfill mine

Fracture Mechanics of Different Rocks

Anisotropy effect on the stability and support design

The effect of curved steel pipes as pre-supporting system on the stability of subway stations-Naghshe Jahan square as a case study

The feasibility of underground excavation of subway stations in urban historical area

Optimization of soil characteristics with back analysis in Karaj Metro

A Universal Model to Predict Roadheaders’ Cutting Performance

A model to predict the performance of roadheaders based on the Rock Mass Brittleness Index

Predictive models for roadheaders' cutting performance in coal measure rocks

Performance prediction of roadheaders in fully mechanized Tabas coal mine project of Iran

Finite element modelling of rock cutting experiments

Design considerations in a long tunnel

Effective parameters of wear on rock cutting tools

Tunnelling in swelling ground

Laboratory tests to investigate the effect of presence of discontinuities on rock cutting parameters

Fracture Toughness Evaluation and the Mechanical Characteristics

Fracture Mechanics Approach to Tunnelling Machines

Fragmentation of rock cutting

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Welcome to Dr. Masoud Cheraghi Seifabad

Teaching

Recent Publications

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