Faculty of Mechanical And Mechatronics Engineering

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Courses Taught

Ms.c
Bs.c

Thesis

All Thesis (24)
Ali Firoozi (2020), "Computation of Stress Intensity Factors in an Isotropic Cracked Medium Considering the Thermally Nonlinear Classical Theory of Thermoelasticity", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Akbar Tamoradi (2020), "Experimental investigation of the interlaxyer strength of fiber mextal laminates reinforced with graphene nanoparticles under fatigue load", Msc Thesis, Shahrood University Of Technology, , Seyyed Mehdi Hosseini Farrash[Supervisor/Supervisors], Mahdi Gerdooei[Advisor/ Advisors]
Keyvan Molavi (2019), "Calculation of the stress intensity coefficients for a crack in an Isotropic limited environment under the influence of Gas", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Mohammad Dazi (2019), "Computation of stress intensity factors in thermoelectric media subjected to the thermal shock considering temperature-dependent properties and using eXtended Finite Element Method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Armin Gholami (2019), "Computation of Stress Intensity Factors for a ledge crack in fully coupled media subjected to the thermal shock and using eXtended Finite Element Method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Javanshir Lotfi (2019), "Computation of stress intensity factors for a cracked orthotropic medium subjected to thermal shock considering Lord-Shulman theory and using extended Finite Element Method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Hadi Bashir Nezhad Dehgan (2019), "Determination of stress intensity factors for a crack in diffusion-thermoelasticity generalized problems using eXtended Finite Element Method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Mohammad Karami (2019), "Determination of stress intensity factors in a cracked orthotropic media under thermal shock considering Green-Naghdi theory and using Extended Finite Element Method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Masoud Jafarpour (2018), "Modeling and Analysis of a Robotic Arm with Twisted Viscoelastic Cable Actuation ", Msc Thesis, Shahrood University Of Technology, Mahdi Bamdad, [Supervisor/Supervisors],
Vahid Esmati (2018), "Crack propagation analysis in an isotropic media under thermal shock considering Lord-Shulman theory and using eXtended Finite Element Method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Ali Keyfari Kheybari (2018), "Non-fourier asymmetric temperature distribution analysis of long orthotropic cylinder according to Cattaneo theory", Msc Thesis, Shahrood University Of Technology, Mohammad Jafari, [Supervisor/Supervisors],
Ali Hamidi Jaldehbakhani (2018), "Experimental and numerical investigation of low velocity impact response of fiber mextal laminates reinforced with graphene nanoparticles", Msc Thesis, Shahrood University Of Technology, Mahdi Gerdooei, [Supervisor/Supervisors], Hossein Toozandehjani[Advisor/ Advisors]
Mohammad Shahsavan Taqan (2018), "Computation of stress intensity factors for an isotropic medium subjected to thermal shock considering Green-Naghdi theory and using eXtended Finite Element Method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Navid Roshani Zarmehri (2017), "Determination of stress intensity factors in a 2D finite cracked isotropic media under thermal shock considering Green-Lindsay theory and using extended finite element method", Msc Thesis, Shahrood University Of Technology, , Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Shahab Moradi Kelardeh (2017), "Effect of Thread Manufacturing Parameters on Friction Coefficient and Fatigue Life in Cylinder Head and Journal Bearing Bolts of Marine Diesel Engine", Msc Thesis, Shahrood University Of Technology, Seyed Vahid Hosseini[Supervisor/Supervisors], [Advisor/ Advisors]
Mohammad Hossein Kamrava (2017), "Determination of mode I stress intensity factor in a thermoelectric cracked plate and cylinder under thermal shock using weight function method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Edris Farahinejad (2016), "Calculation of stress intensity factor mode I in a thick-walled cracked laxyer/cylinder using weight function and considering generalized theories of thermoelasticity ", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Hamid Rajaei (2016), "Determination of the hygrothermal stress intensity factor for a cracked 2D rectangular medium using extended finite element method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Reza Talezari (2016), "Determination of the thermal stress intensity factor for a axial semi-elliptic crack in thick-walled functionally graded cylinders using weight function method", Msc Thesis, Shahrood University Of Technology, Masoud Mahdizadeh Rokhi, [Supervisor/Supervisors],
Seyed Morteza Hosseini (2015), "Experimental analysis of energy absorption capability for cylindrical composite shells that produced with two procedure: vacuum bag molding and vacuum infusion process ", Msc Thesis, Shahrood University Of Technology, Mahmud Shariati, Hamidreza Eipakchi[Supervisor/Supervisors], [Advisor/ Advisors]
Omid Asemi (2015), "Calculation of stress intensity factor mode I in a thick-walled cracked plate/cylinder under non-Fourier thermal shock using weight function method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors],
Amir Taherinasab (2014), "Thermal stress analysis of an infinite plate with noncircular cutouts subjected to a uniform heat flow", Msc Thesis, Shahrood University Of Technology, Mohammad Jafari, [Supervisor/Supervisors],
Ehsan Obridokht (2013), "Determination of stress intensity factors in cracked functionally graded piezoelectric material plates by extended finite element method", Msc Thesis, Shahrood University Of Technology, [Supervisor/Supervisors], [Advisor/ Advisors]
Mojtaba Hajimohammadi (2013), "Calculation of dynamic fracture parameters in Orthotropic materials under thermal loading by Extended finite element method (XFEM) ", Msc Thesis, Shahrood University Of Technology, Mohammad Jafari[Supervisor/Supervisors], [Advisor/ Advisors]

Publications

Journal Papers
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