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اعضا - علیرضا میراولیایی

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:: دکتر علیرضا میراولیایی | برگشت به صفحه کارنامه علمی | [نسخه ویژه چاپ] ::
دانشجویان تحت راهنمایی
1- Saman Farokhi, "Application of chemical looping combustion in naphtha reforming process: Modeling and Simulation". 
2- Sahand Amiri, "Investigation of different membrane configurations for natural gas sweetening process using computational fluid dynamics".
 3- Kobra Sadegh, "The improve of double tube heat exchanger performance with the application of nanofluids using computational fluid dynamics".
 4- Saeid Mohammad Mahdi, " Investigation of packing shape effect on hydrodynamics of packed beds using computational fluid dynamics".
 5- Sham al din Ghorejili, "Investigation of effective parameters on hydrodynamics of rotating packed beds using computational fluid dynamic".
 6- Pedram Ghaffari, "Numerical simulation of fluid flow and heat transfer of nanofluids in bended pipes in singl phase flow".
7- Mohammad Reza Aminian, "Modeling of effect of nanoparticle shape on heat transfer of nanofluids in two phase flow".
8- Sepideh Masomi Khosroshahi, "Preparation and characterization of polyvinyl chloride (PVC) nanocomposite membranes including modified carbon nanotubes (CNT) for using in water treatment".
9- Yousef Mousavi, "CFD Simulation of SO Absorption from Flue Gases in Rotating Packed Bed".
10- Mohammad Abbasi Ali Abadi, "CFD simulation of CO absorption from flue Gases in rotating packed bed".
11- Hamid Tayyebi, "Numerical simulation of effect of impeller type on flow hydrodynamics in stirred tank".
12- Saman Mohammadi, "CFD Simulation of Flow in Two-phase Separators".
Erfan Noori, “Numerical Simulation and Comparison of Thermal and Hydrodynamics Performance of Nanodiamond-Nickel/Water Hybrid Nanofluids in Smooth and Wavy tubes”.
14- Hossein Shiri, “
Simulation of Effect of Design Parameters on the Performance of Venturi Scrubbers using Computational Fluid Dynamics”.

15- Mahdi Pour Aman Hir, “Numerical Simulation and Improvement of Cooling Towers Performance Using Nanofluids by Computational Fluid Dynamics”.
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