Behzad Baghapour
Assistant Professor
Department of Mechanical Engineering
Fluids & Heat
Department of Mechanical Engineering
Fluids & Heat
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Email:
b.baghapour
aut.ac.ir
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h-index (Scopus):
5
Citations (Scopus):
83
Supervised MSc Theses
#
Thesis title
By
Date
1
Numerical Heat Transfer Optimization of an Automotive Thermoelectric Generator
Mohammad Hossein Abbaszadeh & Behzad Baghapour
March 2024
2
Assessment of convolutional neural network (CCN) to predict fluid flow velocity field prepared from particle-image velocimetry data
Amir Mohammad Safari Seresht & Behzad Baghapour
February 2024
3
Simulation of Flow in Pumped-Storage Hydropower Plants to Optimize Underground Reservoir and Ventilation Shafts
Mohammad Mansoursamaei & Behzad Baghapour
February 2024
4
Numerical study of Porous solar Receivers with Phase change Materials
Ashkan Abdi & Behzad Baghapour
February 2024
5
Numerical study of the effect of adding porous medium in microfluidic fuel cells
Alireza Toosang & Behzad Baghapour
February 2023
6
Numerical study of the effect of pulsatile flow with different waveform on the thermal performance flow in helical coils
Seyed Orang Motamed Hashemi & Behzad Baghapour
October 2022
7
Assessment of Machine learning approach in predicting Flow field and heat transfer coefficient of free convection over 2D objects
Amirreza Mohammadi & Behzad Baghapour
October 2022
8
Assessment of Machine learning approach in predicting Steady-State in compressible Flows over 2D Objects
Ali Amiri & Behzad Baghapour
October 2022
9
Performance analysis and fluid flow simulation of the Tesla turbines
Kiarash Nekoee & Behzad Baghapour
September 2021
10
Experimental study of solid particles separation from water due to the changing of boundary conditions on hydrocyclone
Ali Ataelahi & Behzad Baghapour
January 2021
Journal Papers
Portal Records
1
Behzad Baghapour, "A U-net segmentation model for predicting free convection over confined isothermal tubes", INTERNATIONAL COMMUNICATIONS IN HEAT AND MASS TRANSFER, January 2024
Vol. 152,
Num. 0,
Page 1-14,
January 2024,
2
Behzad Baghapour, "A convolutional auto-encoder regression for parametric modeling of mixed convection in concentric annulus", INTERNATIONAL JOURNAL OF THERMAL SCIENCES, March 2023
Vol. 190,
Num. 0,
Page 1-11,
March 2023,
Taught Courses
#
Course title
Description
Headlines
Date
1
Fluid Mechanics (I)
Introduction to fluid properties and flow field using integral and differential equations
Spring 2024
2
Special Topics (Heat and Mass Transfer in Porous Media)
Studying heat and mass transfer in porous media
Spring 2024
3
Fluid Mechanics Lab.
Introducing Fluid Mechanics Lab to the students and improving their insights about physical interpretation of fluid mechanics phenomena
Fall 2023
4
Special Topics (Heat and Mass Transfer in Porous Media)
Studying heat and mass transfer in porous media
Fall 2023
5
Heat Transfer (I)
Studying differential equations of heat transfer along with the temperature distribution and heat fluxes in conduction, convection, and radiation modes
Fall 2023
6
Special Topics (Heat and Mass Transfer in Porous Media)
Studying heat and mass transfer in porous media
Spring 2023
7
Fluid Mechanics Lab.
Introducing Fluid Mechanics Lab to the students and improving their insights about physical interpretation of fluid mechanics phenomena
Spring 2023
8
Fluid Mechanics (I)
Introduction to fluid properties and flow field using integral and differential equations
Spring 2023
9
Heat Transfer (I)
Studying differential equations of heat transfer along with the temperature distribution and heat fluxes in conduction, convection, and radiation modes
Fall 2022
10
Advanced Mathematics (I)
Introducing data analysis methods including fundamental statistics and probability concepts as well as studying the stochastic differential equations
Fall 2022
11
Advanced Numerical Methods
Studying algorithms of linear and nonlinear solvers together with the approximation methods in Python programming environment
Fall 2022
12
Fluid Mechanics Lab.
Introducing Fluid Mechanics Lab to the students and improving their insights about physical interpretation of fluid mechanics phenomena
Fall 2022