No. | Student | Date of Defence | Field | Topic | Supervisor/ Advisor |
16 | Morteza Khayati | September 2017 | Mechanical Engineering | Numerical and experimental study of resin transfer molding process and numerical optimization of filling time [Abstract] |
Advisor |
15 | Masud Enayati | February 2018 | Mechanical Engineering | Numerical investigation of the effects of phase change materials to improve the thermal behavior of 3D heat sink with OpenFOAM [Abstract] |
SuperVisor |
14 | Sajad Zarei | February 2019 | Mechanical Engineering | Simulation of a two-dimensional droplet based on the modified pseudo-potential model using multiple relaxation time method considering surface effects [Abstract] |
SuperVisor |
13 | Aref Salimi | September 2018 | Mechanical Engineering | Correcting the deviation of the Boltzmann equation and investigation of different boundary conditions in the hydro-thermal flow around a rotating cylinder [Abstract] |
Advisor |
12 | Amin Najafi | December 2019 | Mechanical Engineering | Numerical investigation of heat transfer from two dimensional droplet with high density ratio at the vicinity of the solid surface using lattice Boltzmann method: Reduction of the thermal parasites [Abstract] |
SuperVisor |
11 | Nasrin Ahmadi Jouki | September 2020 | Mechanical Engineering – Energy Conversion | Numerical Simulation of the Effect of Porous Bed on Dense Flow Behavior Using Large Eddy Simulation (LES) in OpenFOAM | SuperVisor |
10 | Seyyed Alireza Safavi | September 2020 | Mechanical Engineering – Energy Conversion | Numerical Investigation of Natural Convection Effects on Phase Change Material Melting Process within a Porous Medium under Local Thermal Non-Equilibrium Conditions Using the Lattice Boltzmann Method | SuperVisor |
9 | Aida Shakibaei | March 2021 | Mechanical Engineering – Energy Conversion | Proposing a New Model Based on the Discrimination Function to Achieve High Density Ratio and Controllable Surface Tension Using the Single-Temperature Lattice Boltzmann Method | SuperVisor |
8 | Amir Reza Behrouzi | April 2021 | Mechanical Engineering – Energy Conversion | Numerical Investigation of the Effect of Nanoparticles on the Thermal Conductivity of Phase Change Materials (PCMs) in the Thermal Management of an Industrial Battery and Temperature Distribution Analysis during Charging and Discharging Processes Using th | SuperVisor |
7 | Rihaneh Khatami | June 2022 | Mechanical Engineering – Energy Conversion | Numerical Simulation of a Solid Oxide Fuel Cell (SOFC) Considering Local Thermal Non-Equilibrium Conditions in Cathode and Anode Electrodes Using the Lattice Boltzmann Method [Abstract] |
SuperVisor |
6 | Ali Mehrania | July 2022 | Mechanical Engineering – Energy Conversion | Numerical Investigation of Phase Change Material Melting Process in a Fin-Enhanced Double-Pipe Heat Exchanger under Vertical Orientation with Constant and Time-Dependent Boundary Conditions | SuperVisor |
5 | Mohammad Saeed Mohammadi | September 2023 | Mechanical Engineering – Energy Conversion | Thermal Behavior Investigation of a Lithium-Ion Battery in the Presence of a Phase Change Material Combined with a Porous Medium under Local Thermal Non-Equilibrium Condition Using the Lattice Boltzmann Method | SuperVisor |
4 | Vahid Barati Zahrai | January 2024 | Mechanical Engineering – Energy Conversion | Numerical Investigation of Local Temperature Gradients in the PEN Structure of a Solid Oxide Fuel Cell through Interconnect Cooling and Variation of Fuel and Air Channel Cross-Sections | SuperVisor |
3 | Yashar Khorrami | September 2024 | Mechanical Engineering – Energy Conversion | Numerical Investigation of Active and Passive Thermal Management of a Prismatic Lithium-Ion Battery Pack with Porous Medium-Enhanced Phase Change Material during Continuous Charge–Discharge Cycles | SuperVisor |
2 | Amin Kordestani | January 2025 | Mechanical Engineering – Energy Conversion | Application of Porous Medium in Forced Cooling of a Cylindrical Lithium-Ion Battery Module during Discharge, Charge, and Subsequent Rest Periods | SuperVisor |
1 | Samaneh Rouhani | January 2025 | Mechanical Engineering – Energy Conversion | Numerical Investigation of Electronic Base Plate Cooling Using a Combination of Forced Convection and Phase Change Material within a Heat Sink Filled with Porous Medium | SuperVisor |
No. | Student | Date of Defence | Field | Topic | Supervisor/ Advisor |
41 | Amir Hossein Davudi | August 2015 | Mechanical Engineering | Permeability prediction of single phase flow through the porous medium using LBM | SuperVisor |
40 | Masud Enayati | September 2015 | Mechanical Engineering | Modification of thermal behavior of plane wall using phase change material | SuperVisor |
39 | Mohammadreza Ganjkhanlou | September 2015 | Mechanical Engineering | Simulation of PCM solidification inside a cylindrical cylinder imposing convective BC | SuperVisor |
38 | Erfan Ojaghi | September 2015 | Mechanical Engineering | Investigation of natural convection effects on the PCM solidification | SuperVisor |
37 | Mahdi Zolfkhani Mohsen Moghimi | September 2015 | Mechanical Engineering | Design and manufacturing of solar cooker | SuperVisor |
36 | Mohsen Rostami | September 2016 | Mechanical Engineering | Thermal battery design for protecting temperature of engine oil using PCM | SuperVisor |
35 | Farhad Montakhabi | August 2016 | Mechanical Engineering | Numerical investigation on the temperature variation inside a metal structure | SuperVisor |
34 | Ali Sarlak | July 2016 | Mechanical Engineering | 3D numerical simulation of a double-pipe heat exchanger containing PCM | SuperVisor |
33 | Milad Galerafati | September 2016 | Mechanical Engineering | Numerical study of the forced heat convection and phase change process from tubes containing phase-change material using LBM | SuperVisor |
32 | Majid Abbasian | September 2016 | Mechanical Engineering | Numerical study of the free convection from the tubes containing phase-change materials using the utilizing LBM | SuperVisor |
31 | Mohammad Noruzi | September 2016 | Mechanical Engineering | Numerical investigation of the forced convection inside a 2D channel containing solid particles using the lattice Boltzmann method | SuperVisor |
30 | Alireza Abdollahi | September 2017 | Mechanical Engineering | 3D simulation of the melting process inside a double-pipe finned heat exchanger to study the effects of natural convection | SuperVisor |
29 | Nasrin Ahmadi | September 2017 | Mechanical Engineering | 3D simulation of fluid-heat flow on a perforated surface to control the temperature of the base plate | SuperVisor |
28 | Ghazaleh Yeganeh Fard | September 2017 | Mechanical Engineering | Numerical investigation of the effects of fin and jagged surface in the solid-liquid phase change and forced heat transfer in a flat channel | SuperVisor |
27 | Alireza Nouri | September 2017 | Mechanical Engineering | Simulation of the PCM melting process inside a grooved double-pipe heat exchanger for use in power storage systems | SuperVisor |
26 | Saleh Mohammadrezaei | September 2018 | Mechanical Engineering | Numerical Study of the Dynamic Behavior of Two-Dimensional Droplet Collisions with Solid Surface Using the LBM | SuperVisor |
25 | Aida Shakibaei | September 2018 | Mechanical Engineering | Development of Zikovich's method for simulating the melting process of PCM under pure conductivity conditions | SuperVisor |
24 | Khashayar Nirizi | December 2018 | Mechanical Engineering | Improving Heat Performance of Heat Exchangers with PCM Using Increased Conductivity in Multi-PCM Arrays in Two Charging and Discharging Modes | SuperVisor |
23 | Amir Reza Zangouei | September 2018 | Mechanical Engineering | Prediction of a two-phase flow pattern with fluctuating airflow into the flow of water in a two-channel channel | SuperVisor |
22 | Asghar Naderi | September 2018 | Mechanical Engineering | Solar Cell Combination with a Thermoelectric Generator in the Presence of a Phase Change Materia for Increasing the Efficiency and Output Power of the System | SuperVisor |
21 | Seyed Ali Mir Seyed Hassan | September 2018 | Mechanical Engineering | Study of the Effects of Electric Circuit Load on the Power and Output Efficiency of a Thermoelectric Generator | SuperVisor |
20 | Hossein Mohammadi | November 2018 | Mechanical Engineering | Calculation of latent and sensible energy stored in a latent energy storage reservoir in the presence of a regular porous medium with time-dependent boundary condition | SuperVisor |
19 | Hossein Amiri | July 2019 | Mechanical Engineering | ncompressible flow cooling around pipes containing PCM: Numerical simulation | SuperVisor |
18 | Mehdi Bastami | August 2019 | Mechanical Engineering | Numerical simulation of the process of melting the phase-changing material containing nanoparticles with metal fins in two-dimensional conditions: development of one-dimensional Zikovich's model | SuperVisor |
17 | Erfan Eskandari | September 2019 | Mechanical Engineering | Three-dimensional analysis of the process of storing and discharging thermal energy in a heat exchanger containing PCM in order to heat the fluid flow | SuperVisor |
16 | Fateme Afsouni | September 2019 | Mechanical Engineering | Simulation of two-dimensional droplet penetration into porous media using fluid volume method | SuperVisor |
15 | Amir Hossein Rezaei | September 2020 | Mechanical Engineering | Numerical Investigation of Natural Convection Effects on the Melting and Subsequent Solidification Process of a Phase Change Material in the Presence of a Metal Fin | SuperVisor |
14 | Sara Heidari | September 2020 | Mechanical Engineering | Numerical Simulation of Simultaneous Melting and Solidification Process of a Phase Change Material (PCM) inside a 2D Enclosure in the Presence of a Porous Medium to Enhance Heat Transfer Rate | SuperVisor |
13 | Amir Mehdi Kermanshahani | September 2020 | Mechanical Engineering | Numerical Investigation of Fluid Flow and Heat Transfer in a Two-Dimensional Channel Filled with a Porous Medium Considering Internal Heat Generation | SuperVisor |
12 | Saeed Feyzi | Mechanical Engineering | Numerical investigation of the heat absorption process and temperature control of a cylindrical tank with internal heat generation: Using a porous medium inside the phase change material | SuperVisor | |
11 | Abolfazl Nikzad | September 2020 | Mechanical Engineering | Energy Consumption Management and Optimization Methods | SuperVisor |
10 | Amir Hossein Aatifeh | July 2022 | Mechanical Engineering | Numerical Study of Heat Transfer and Phase Change Process of Paraffin, Evaluation of Different Nanoparticles at Various Mass Fractions on Paraffin Performance, and Investigation of Fin Effect on PCM Melting | SuperVisor |
9 | Seyyed Adnan Hashemi | August 2022 | Mechanical Engineering | Numerical Investigation of Base Plate Temperature Variation Using Extended Surfaces Containing Phase Change Material under Time-Dependent Boundary Conditions | SuperVisor |
8 | Ashkan Maarefi | August 2022 | Mechanical Engineering | Thermodynamic and Parametric Performance Analysis of a Solid Oxide Fuel Cell (SOFC) | SuperVisor |
7 | Mahdi Kazemi | August 2022 | Mechanical Engineering | Numerical Simulation of Mass, Momentum, and Energy Transfer in the Cathode and Air Channel of a Simplified Solid Oxide Fuel Cell (SOFC) Model | SuperVisor |
6 | Sepideh Ghazvineh | August 2023 | Mechanical Engineering | Modeling of Fluid Flow and Heat Transfer and Entropy Generation Rate Calculation in a Thermoelectric Air Conditioning System | SuperVisor |
5 | Mohammad Najafi | September 2023 | Mechanical Engineering | The Effect of Phase Change Material and Porous Medium on the Thermal Performance of Heat Sinks | SuperVisor |
4 | Mohammad Hossein Afshari | August 2024 | Mechanical Engineering | Thermodynamic Simulation of the Performance of a Solid Oxide Fuel Cell (SOFC) Fed with High-Temperature Combustion Gases | SuperVisor |
3 | Sahar Mohammadi | February 2025 | Mechanical Engineering | Comparison of Hydrodynamic Behavior of Incompressible Flow in Porous Media with Square and Circular Structures Using the Darcy–Forchheimer-Brinkman Model | SuperVisor |
2 | Ali Behrouzi Majd | February 2025 | Mechanical Engineering | Numerical Investigation of Incompressible Fluid Flow Behavior in a Porous Medium with Square Structure | SuperVisor |
1 | Amir Mohammad Talebi | June 2025 | Mechanical Engineering | Numerical Investigation of Air Cooling for a Lithium-Ion Battery Pack in Linear and Triangular Arrangements with Fins | SuperVisor |