Maryam Kamran Assistant Professor Department of Mechanical Engineering Sharif University of Technology

Education

Ph.D., Mechanical Engineering, Iran University of Science and Technology (2016-2022):

Area of Research: Marine Propeller design, Geometry shape optimization, CFD, Experimental modeling

Thesis topic:  Improvement and analysis of the effect of blade section geometry on surface-piercing propeller hydrodynamic performance

M.Sc., Mechanical Engineering, Iran University of Science and Technology (2010-2012):

Area of Research: Experimental Fluid mechanics, Desing and construction of Measurement Instrument

Thesis topic:   Experimental evaluation of forces and moments on under water AUV model

B.Sc., Mechanical Engineering, Iran University of Science and Technology (2006-2010):

Thesis topic: Design of a Force-moment Strain gage Sensor

 Research Interest

•  Applied Hydrodynamics

•  Numerical and Experimental Modeling  

•  Geometrical Shape Optimization

•  Measurement Instrument

•  Marine Propulsion System

•  Marine Renewable Energy

•  Maritime Artificial Intelligence & Machine Learning

 Publications

Maryam Kamran - ‪Google Scholar

 Patents

• Design and construction a six-component force-moment balance for the cavitation tunnel (Iran Patent code 84017),

• Design and construction of the six degrees of freedom calibration system of multi-component balances (Iran patent code 1109)

 Industrial Experiences 

2010-2022:

• Parametric geometrical modeling of marine propellers with specific sections and analysis of their performance

• Design of experiments and model testing system for surface and underwater objects in a water tunnel

• Development and construction of multi component force-moment sensors

• Designing a hydraulic dynamometer to measure the performance of electric motors

• Design and hydrodynamic analysis of journal bearing performance

• Investigation of cavitation phenomenon in journal bearings

• Thermal analysis and design of industrial machinery cooling systems

• Design, modeling and thermal-cooling analysis of electronic equipment based on coastal environmental conditions of Iran

• Member of the closed and open circuit water tunnel design group of the University of Science and Technology

• Design of model test systems for dam outlet valve

• Design of industrial Floating Barge Water Pumps

 Rewards and honors

 Courses 

Fluid Mechanics - I

 Contacts

Office: Room 414, School of Mechanical Engineering, Sharif University of Technology, Azadi Ave, Tehran, Iran  

P.O. Box: 1458889694

E-mail: Kamran@sharif.edu 

Telephone: +98 (21) 66165533

Sharif University of Technology
Tehran - Iran