I am graduated student in energy conservation from Urmia University of Technology in 2020 with GPA 3.9 out of 4. My research interests are computational fluid dynamics, heat transfer, aerodynamics, optimization, heat exchanges.
Ac-Score is a Number Between 150-850 Representing Your Entire Academic Activities. This Number Not Only Gives You a Vision of Your Strengths and Weaknesses in Your Academic Background but Also Helps You Compare Yourself with Other Competitors in This Domain.
Numerical investigation of ferro-fluid flow heat transfer and entropy generation in a channel contains a pair of vortex generator under the effect of magnetic field
numericaal heat transfer analysis in a finned tube
Work Experiences
Research and Development
at Sana Mobadel Tose Pars
Start : 28-Feb-2023
End : 31-Aug-2023
Project Control Manager
at Sana Mobadel Tose Pars
Start : 31-Aug-2023
End : 30-Jun-2024
English Scores
IELTS30-Sep-2024
7/9Total
Reading :
6.5/9
Speaking :
7/9
Listening :
6.5/9
Writing :
7/9
Conferences
Your Presentation Title :
Numerical study of the effect of magnetic field and vortex generator on ferrofluid heat transfer
Conference Name :Fluid dynamics
Iran
2020
Your Presentation Title :
Numerical analysis of thermal performance and ferrofluid entropy production in the presence of vortex generator and magnetic field
Conference Name :The 30th annual international
Iran
2020
Your Presentation Title :
Numerical investigation of automatic cooling of commercial ferrofluid in a closed loop under the influence of magnetic field caused by a permanent magnet
Conference Name :Fluid Dynamics
Iran
2020
Your Presentation Title :
Numerical study of forced displacement heat transfer of turbulent nanofluid flow and its comparison with laminar flow regime heat transfer
Conference Name :conference of mechanic
Iran
2020
Journal Publications
Publication Title :
Performance improvement of ferrofluid flow within a double-tube heat exchanger: a numerical studyFirst author
Simultaneous Effects of a Vortex Generator and Magnetic Field on Ferrofluid Convective Heat Transfer in a 3D Channel: First and Second Law AnalysesFirst author
Deep neural network model for the performance evaluation of actuated ferrofluid within a double tube heat exchanger based on magnetic source parametersSecond author