2024 : 11 : 13
فارسی
Sirvan Mohammadi
Academic rank:
Assistant Professor
ORCID:
Education:
PhD.
ScopusId:
64
HIndex:
Faculty:
Faculty of Engineering
Address:
Phone:
E-mail:
mec.mohammadi [at] gmail.com
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Courses
Research activities
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Courses
Bachelor Of Science
Machine Component Design 2
strength of materials 2
Machine Component Design
mechanics of materials 1
Engineering Mechanics Statics
Master Of Science
Mechanics of Composite Structure
Finite Element Method 1
continuum mechanics
Research activities
Journal Papers
The effect of disbond on the efficiency and durability of a composite patch repair in mode I and mixed mode considering different patch materials
Sirvan Mohammadi (2022)
A review on composite patch repairs and the most important parameters affecting its efficiency and durability
Sirvan Mohammadi, Mohammad Yousefi, Mahdi Khazaei (2021)
Parametric investigation of one-sided composite patch efficiency for repairing crack in mixed mode considering different thicknesses of the main plate
Sirvan Mohammadi (2020)
Damage tolerance and classic fatigue life prediction of a helicopter main rotor blade
AmirReza Shahani, Sirvan Mohammadi (2016)
Damage tolerance approach for analyzing a helicopter main rotor blade
AmirReza Shahani, Sirvan Mohammadi (2015)
DYNAMIC SIMULATION OF A HIGH PRESSURE REGULATOR
AmirReza Shahani, hamid esmaili, ashkan aryaee, Sirvan Mohammadi, Mosayeb Najar (2011)
Conference Papers
No Crack Growth Approach for Analyzing a Helicopter Main Rotor Blade
Sirvan Mohammadi, AmirReza Shahani (2019)
Fatigue Life Analysis of a Helicopter Main Rotor Blade
Sirvan Mohammadi, AmirReza Shahani (2019)
Load Calculation and Stress Analysis of a Helicopter Main Rotor Blade in Hover Situation
Sirvan Mohammadi, AmirReza Shahani (2019)
MATHEMATICAL MODELING OF A HIGH PRESSURE REGULATOR WITH SAFETY VALVE
AmirReza Shahani, ashkan aryaee, hamid esmaili, Mosayeb Najar, Sirvan Mohammadi (2010)
DESIGN STRATEGY OF A HIGH PRESSURE REGULATOR
AmirReza Shahani, ashkan aryaee, Mosayeb Najar, Sirvan Mohammadi, hamid esmaili (2010)
Research interests
fatigue life prediction
fracture mechanics design
fatigue crack growth
fracture mechanics, fatigue
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Links
www.msrt.ir
statics
strength of materials
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