پنج شنبه، 9 فروردین 1403 تماس با ما نقشه سایت صفحه اصلی English
 
 
 
 
     

هادی شاکری
مرتبه علمی :مربی
تخصص : rock mechanics
زمینه های تحقیقاتی : rock mechanics, soil mechanics, drilling engineering,
مراکز تحقیقاتی :Mechanized Tunneling Laboratory Rock Mechanics Laboratory

پست الکترونیکی: ُshakeri@sut.ac.ir
شماره تلفن: 04133459288
شماره فکس: 04133444311
رزومه:
Educations:

2006-2009     MSc, Drilling Engineering, Amirkabir University of Technology, Tehran, Iran

2002-2006     BSc, Mining Engineering, Sahand University of Technology, Tabriz, Iran
 
Career Summary
2010-Date Lecturer, Faculty of Mining Engineering, Sahand University of Technology,
Tabriz, Iran

Deputy of chancellor, Varzeghan Technical College (2010-2021)
Rock Mechanics Laboratory Director (2010-2014)
 

Publications
Journal Papers

1. Hamzaban, M. T., Jakobsen, P. D., Shakeri, H., Najafi R. (2019). Water Content, Effective
Stress and Rotation Speed Impact on the Abrasivity of Granular Soils in Mechanized Excavation
Applications.
Tunneling and Underground Space Technology, Vol 87, pp 41–55,
2. Zarezadeh, M.,
Shakeri, H.(2015). Laboratory Study of the Effect of Axial and Confining
Stresses on Hydraulic Fracture. Journal of Petroleum Research, Vol 25, No 81, pp 44-54. (in
Persian)
3. Darbor, M.,
Shakeri, H.(2019). Physical Modeling and Laboratory Study of the Effect of Stress
Regime on Hydraulic Fracture. Journal of Petroleum Geomechanics, Vol 3, No 3, pp 45-59. (in
Persian)
4. Darbor, M.,
Shakeri, H.(2019). Experimental Study of the Effect of Perforation on Hydraulic
Fracturing Under Three Axial Stress Conditions Using Physical Modeling. Journal of Analytical
and Numerical Methods in Mining Engineering, Vol 9. No. 20, pp 84-109. (in Persian)
5. Darbor, M.,
Shakeri, H.(2020). Experimental Study of the Effect of Sample Shape on
Hydraulic Failure Under Three Axial Stress Conditions. Journal of Engineering Geology, Vol. 15,
No 1. (in Persian)


Conference Papers
1. Amanzade, S., Shakeri, H., Hamzaban, M. T. (2017). Investigation of correlations between
hydraulic fracturing test results and geomechanical properties of rock specimens. 6th Iranian
Rock Mechanics Conference (IRMC6), Tehran, Iran (In Persian).
2. Amanzade, S., Hamzaban, M. T.,
Shakeri, H. (2016). Experimental modeling of hydraulic
fracturing and comparing the theoretical and experimental breakdown pressure values,
4th
International Mining Congress and 6th Iranian Mining Engineering Conference
, Tehran, Iran (In
Persian).
3. Nasrnia, B., Sharghi, Y.,
Shakeri, H. (2016). Application of shear wave to Determine Anisotropy
of Sarvak Formation, 17th Iranian Geophysical Conference, Iranian Geophysical Society,
Tehran, Iran, (in Perisan)

4. Ebrahimi, B., Sahrayi, E., Shakeri, H., Jodeyri, H. (2015). Laboratory study of the effect of in
situ stress field and stress regime on hydraulic fracture test under true triaxial loading
conditions. The first national conference on Iranian petroleum geomechanics, Tehran, Iran, (In
Persian).
5. Manfai, M., Darbor, M.,
Shakeri, H. (2020). Design of geotechnical boreholes required by mines
based on rock mass properties, fault status and previously drilled boreholes, Case study:
Songun copper mine, The Second International Conference on the Development of Materials
Engineering Technology, Mining and Geology, Tehran, Iran, (in Persian).
6. Taghani, O., Sahrayi, E., Tabatabaei, A.,
Shakeri, H. (2015). Investigation of the effect of lateral
stress on hydraulic fracture of cylindrical specimens, Third National Conference on Oil and
Gas and Related Industries, Tehran, Iran. (in Persian)
7. Akbarbayglu, D., Tabatabaei, A., Ebrahimi, S.,
Shakeri, H.,(2014). The first national conference
on new technologies in chemistry and petrochemicals, Tehran, Iran, (in Persian).
8. Keyvani, H., Hamzaban, M. T.,
Shakeri, H. (2014). Laboratory modeling for cracks direction
created by hydraulic fracturing method, 5th Iranian Stone Mechanics Conference, Tehran, Iran,
(in Persian).
9.
Shakeri, H., (2008). Effect of Pore Pressure Decline and Existing of Cavities in Formation &
Cement on Collapse Resistance of Casing, 1th Iranian Drilling Industry Congress, Ahwaz,
Iran,(in Persian)
10. Gaffari, H.,
Shakeri, H., Sharifzadeh, M., (2009). Developing of New Facets of Indirect
Modeling in the Geosciences, International Conference on Rock Joints and Jointed Rock
Masses, Tucson, AZ, USA
11.
Shakeri, H., Talebi, B., (2008). Mathematical and Neural Network Modeling of Drilling Rate in
Hard Rocks- Case Study of Meshkishahr Geothermal Area, First Congress of Application of
High Technologies in Earth Sciences, Mahallat, Iran, (in Persian).

Supervised(ing) Thesis
1. Master thesis (Co-Supervisor), M. Farhadi, (2012). “wellbore stability analysis of
UBD drilled wells–case study PARS oil felid”, Sahand University of Technology
.
2. Master thesis (Co-Supervisor), M. Zarezadeh, (2012). Laboratory study of the
main factors affecting hydraulic fracture test, Sahand University of Technology.
3.
Master thesis (Co-Supervisor), D. Akbarbayglu, (2013). Laboratory study of the
effect of solid particles of drilling fluids on the amount of damage to the formation.
Sahand University of Technology.

4. Master thesis (Co-Supervisor), H. Keyvani, (2013). Laboratory modeling of
hydraulic fracturing process. Sahand University of Technology.
5.
Master thesis (Co-Supervisor), M. Pishyar, (2013). Investigation of rock failure
using strain release energy method, Sahand University of Technology.
6.
Master thesis (Co-Supervisor), B. Ebrahimi, (2014). Laboratory study of factors
affecting hydraulic fracture under true triaxial stresses condition. Sahand University
of Technology.
7.
Master thesis (Co-Supervisor), S. Amanzadeh, (2015). Laboratory study of the
effect of geomechanical parameters on the results of hydraulic fracturing test.
Sahand University of Technology.
8.
Master thesis (Co-Supervisor), R. Najafi, (2016). Evaluation of soil abrasion
capacity in mechanized drilling with LCPC test. Sahand University of Technology.
9.
Master thesis (Co-Supervisor), A. Bagherin, (2017). Effect of kaolin and
bentonite on abrasion of EPB type Tunnel Boring Machines (TBM) using LCPC
test. Sahand University of Technology.
10.
Master thesis (Co-Supervisor), A. Touranchezadeh, (2017). The effect of
temperature cycles on the mechanical properties of rocks. Sahand University of
Technology.
11.
Master thesis (Co-Supervising), A. Nikjou, (2019). Investigation the effect of
soil shear properties on the abrasively of EBP machine tools. Sahand University of
Technology.
12.
Master thesis (Co-Supervising), T. Ansari, (2019). Investigation of soil particle
abrasion in LCPC experiment with different mechanical properties. Sahand
University of Technology.
13.
B.Sc. thesis (supervisor), H. Reyhan, “Investigation of Rock Strength Under
Thermo-Mechanical Loading " Sahand University of Technology.
1.
B.Sc. thesis (supervisor), M. Saadat, “Modeling Fluid Flow through Fractures
Using Experimental and Simulation Approaches”, Sahand University of Technology.
14.
B.Sc. thesis (Supervisor), R. Alaie, “Optimization of Drilling Systems via
Mechanical Specific Energy ” Sahand University of Technology.
15.
B.Sc. thesis (Supervisor), M. Dadashi, “Bit Performance Evaluation of South
Pars Oil Field Wells” Sahand University of Technology.
16.
B.Sc. thesis (Supervisor), M. Aghakarami, “Development of new Model for
Prediction of Rock Strength by Drilling Parameters” Sahand University of
Technology.

Built-in set-ups (in Rock Mechanics Lab.)
1. Hydraulic Fracturing Test Apparatus (for cylindrical specimens). (2012)
2. Hydraulic Fracturing Test Apparatus (for cubic specimens). (2013)
3. LCPC Test Apparatus. (2016)
4. Tunnel Boring Machine Simulator. (2018)





 

 

       
 
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