Masoud Mahdizadeh Rokhi

Assistant Professor Faculty of Mechanical Engineering

Ph.D Applied Design

University: Shahrood University of Technology
Research Interests: Fracture Mechanics -Finite Element Method
Professional & Scientific Membership: ISME
Awards & Patents:
Biography (About):


Tel:
Ext.Tel: 3486

Scientometrics

Google Scholar
(Update: 2024-Mar-10)
309

Citations

10

h-index

10

i10-index

1

Co-authors

Scopus
(Update: 2024-Mar-10)
194

Citations

8

h-index

10

Co-authors

10

Documents

Courses Taught

Ms.c
Bs.c

Thesis

All Thesis (12)
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, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Vahid Jafari, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi (2020), "XFEM analysis of cracked media under thermal shock considering Chandrasekharaiah-Tzou theory", Msc Thesis, Shahrood University Of Technology,
Mona Sadat Ashrafi, Masoud Mahdizadeh Rokhi (2020), "Design and Active Assistive Control of a Knee Exoskeleton Robot", Msc Thesis, Shahrood University Of Technology, Mostafa Nazari, Naserodin Sepehry[Advisor/ Advisors]
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, Mohammad Bagher Nazari, 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, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi[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, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi[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, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
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, Mohammad Bagher Nazari, 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, Mohammad Bagher Nazari, Masoud Mahdizadeh Rokhi[Supervisor/Supervisors],
Mohammad Reza Ghafoorelahi (2016), "Calculation of Stress Intensity Factor for an Internal Circumferential Crack in a Rotating Functionally Graded Thick-walled Hollow Circular Cylinder under Thermal Shock", Msc Thesis, Shahrood University Of Technology, Masoud Mahdizadeh Rokhi[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, Mohammad Bagher Nazari[Supervisor/Supervisors],
Hasan Raygan (2014), "Calculation of stress intensity factor for an internal annular edge crack in a thick-walled FGM cylinder under dynamic loading", Msc Thesis, Shahrood University Of Technology, Mahmud Shariati, Hamidreza Eipakchi[Supervisor/Supervisors], Masoud Mahdizadeh Rokhi[Advisor/ Advisors]

Publications

Journal Papers
Conference Papers
Book