Seyed Alireza – Energy and fossil fuel- Best Researcher Award
Dr. Seyed Alireza distinguished academic and researcher in the field Energy and Fossil fuel.
Educations📚📚📚
He earned his B.S. degree in Mechanical Engineering from Shahrood University of Technology in 2004. He then pursued his M.S. degree in Mechanical Engineering at Isfahan University of Technology, graduating in 2007. In 2012, he completed his Ph.D. in Mechanical Engineering at Iran University of Science and Technology.
Work Experience:
He has extensive experience in mechanical engineering, particularly in the design and construction of power boilers and pressure vessels. From 2004 to 2008, he worked in the Boiler Design Division at Azarab Company in Arak, contributing to the Shazand Arak Refinery expansion and upgrading project. During this period, he was involved in the mechanical design and construction of power boilers, basic design of water tube boilers, and process thermo-hydraulic design. Prior to this, from 2003 to 2004, he was part of the Pressure Vessel Design Division at M.S.A. in Arak, focusing on the mechanical design of pressure vessels and the thermal and mechanical design of shell and tube heat exchangers. In 2004, he also had brief stints with the Makazi Province Gas Company (MPGC) and the National Iranian Oil Products Distribution Company (NIOPDC) in Markazi. His technical skills include expertise in mechanical design and construction of power boilers (ASME, SEC I), basic design of water tube boilers (IHI technology), materials (ASME, SEC II), construction of pressure vessels (ASME, SEC VIII, Div I), shell and tube heat exchanger design (TEMA), mechanical design of pressure vessels (PVElite), thermal design of heat exchangers (ASPEN-BJAC), stress analysis of piping lines (Ceasar II), process thermo-hydraulic design (HYSYS), dynamic modeling of processes (HYSYS Dynamic), and system dynamics study (Bond Graph).
He has completed various training courses to enhance his expertise in mechanical engineering and related fields. He underwent a six-month training program in the Pressure Vessel Design Division at M.S.A. in Arak, focusing on projects in the South Pars region. Additionally, he spent three months under the guidance of Dr. Madadi in Shahrood, learning the design of heating, ventilation, and air conditioning systems. His training also includes a 30-hour course on the theory of piping design at Isfahan University of Technology and a 50-hour course on piping stress analysis using Ceasar II at the Mahan Institute in Arak. Furthermore, he attended a 16-hour project management and MSP course at Azad University (TUV) in Arak and completed a 30-hour modeling course in Catia at Azarab. He also holds a Master’s degree in fuel and combustion, with specialized training in computational fluid dynamics (CFD) and the thermal and hydraulic design of heat exchangers. His computer skills are comprehensive, including proficiency in Microsoft Office, programming in MATLAB and MATLAB Simulink, AutoCAD drawing, Aspen B-JAC, PVElite, Caesar II, and HYSYS.
- Modeling and fabricating a prototype of a thermoelectric generator system of heat energy recovery from hot exhaust gases and evaluating the effects of important system parameters
SA Mostafavi, M MahmoudiApplied Thermal Engineering 132, 624-636
- Radiation heat transfer in transient dust cloud flame propagation
M Bidabadi, S Zadsirjan, SA MostafaviJournal of Loss Prevention in the Process Industries 26 (4), 862-868
- Thermophoresis effect on volatile particle concentration in micro-organic dust flame
M Bidabadi, AHA Natanzi, SA MostafaviPowder technology 217, 69-76
- Lycopodium dust flame characteristics considering char yield
M Bidabadi, SA Mostafavi, H Beidaghy Dizaji, F Faraji DizajiScientia Iranica 20 (6), 1781-1791
- A parametric study of lycopodium dust flame
M Bidabadi, H Beidaghy Dizaji, F Faraji Dizaji, SA MostafaviJournal of Engineering Mathematics 92, 147-165
- Modeling and simulation of active hydro-pneumatic suspension system through bond graph
MD Emami, SA Mostafavi, P AsadollahzadehMechanics 17 (3), 312-317
- Propagation and extinction of dust flames in narrow channels
M Bidabadi, S Zadsirjan, SA MostafaviJournal of Loss Prevention in the Process Industries 26 (1), 172-176
- Pyrolysis and combustion kinetics of lycopodium particles in thermogravimetric analysis
SA Mostafavi, S Salavati, HB Dizaji, B MehdiJournal of Central South University 22, 3409-3417
- Energy consumption in greenhouses and selection of an optimized heating system with minimum energy consumption
SA Mostafavi, A RezaeiHeat Transfer—Asian Research 48 (7), 3257-3277
- An analytical model for flame propagation through moist lycopodium particles with non-unity lewis number
H Beidaghy Dizaji, F Faraji Dizaji, SA MostafaviInternational Journal of Engineering 27 (5), 793-802
- Thermal modeling of indirect water heater in city gate station of natural gas to evaluate efficiency and fuel consumption
SA Mostafavi, M ShiraziEnergy 212, 118390
- An analytical model for pyrolysis of a single biomass particle
M Bidabadi, MR Moghaddam, SA Mostafavi, FF Dizaji, HB Dizaji
Journal of Central South University 22, 350-359Multi-objective optimization of metal hydride hydrogen storage tank with phase change material
SA Mostafavi, Z Hajabdollahi, A IlincaThermal Science and Engineering Progress 36, 101514