Ali Jafarian
Associate Professor
Speciality: Energy Conversion
  • BS/BA: Mechanical Engineering
  • MS: Mechanical Engineering
  • PhD: Mechanical Engineering
  • Phone: 82884918
  • Fax:
  • Email: jafarian@modares.ac.ir
  • Address: School of Mechanical Engineering, Tarbiat Modares University
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Dr. Ali Jafarian

 

 


Ali Jafarian Dehkordi, PhD

School of Mechanical Engineering,

TMU,

P.O.BOX: 14115-143

Tehran, Iran

Telefax (+98-21) 82884918

jafarian@modares.ac.ir

https://www.modares.ac.ir/~ jafarian

 


Education:        Ph.D., Mechanical Engineering            2003 - 2008    

                                         Sharif University of Technology, Tehran, Iran.

                                                                                     

                                        M.Sc., Mechanical Engineering           2000 - 2002                      

                                        Sharif University of Technology, Tehran, Iran.

 

                                         B.Sc., Mechanical Engineering            1996 - 2000         

                                         Sharif University of Technology, Tehran, Iran.

 

Research Interests:

*      Cryogenics and Pulse Tube Cryocoolers

*      Energy and Exergy Modeling

*      Clean Room Technology

*      HVAC Systems

*      Water Treatment and Desalination Technology

 

 

Research Papers:

 

Journals:

 

 

*       Jafarian, M .H. Saidi, S. K. Hannani, Second law Based Analysis of Fluid Flow in the regenerator of pulse tube refrigerators, IJE Transactions A: Basics (2008) 181-194.

*       Jafarian, M.H. Saidi, N. Sarikhani, S.K. Hannani, Numerical Simulation and Performance Optimization of a High Capacity Pulse Tube Cryocooler, International Journal of Communications in Heat and Mass Transfer 35 (2008) 1204–1210.

*       Jafarian, M.H. Saidi, S. K. Hannani, Modeling to Optimum Design of High Capacity Pulse Tube Refrigerators, International Journal of Refrigeration 32 (2009) 58 – 69.

*       Jafarian, L. Abkar, M. Bonakdar and M. Saffari, Ultra-Nano Filtration: A Promising Practice to Supply Potable Water from Surface Resources, Journal of Water Practice & Technology © IWA Publishing (2010).

*       Jafarian, F. Roshanghalb, M.H. Saidi, F. Imanimehr, Comparative Investigation of Low and High Frequency Pulse Tube Regenerators, Scientia Iranica B 2011 18(2) 205-212.

*       Reza Gheisari, Ali Jafarian, Mohammad Reza Ansari, Analytical Investigation of Compressible Oscillating Flow in a Porous Media: A Second-order Successive Approximation Technique, International Journal of Refrigeration 32 (2012) 1789 – 1799.  

*       M. Arablu, A. Jafarian, Investigation of synchronous effects of multi-mesh regenerator and double-inlet on performance of a Stirling pulse tube cryocooler, Cryogenics (2012).

*       M. Arablu, A. Jafarian, Numerical simulation of a Stirling-type double inlet pulse tube refrigerator, Modares Mechanical Eng. (2012).

*       Mohsen Azadi, Ali Jafarian, Mehdi Timaji,Analytical Investigation of Oscillating Flow Heat Transfer in Pulse Tubes, Scientia Iranica (2012).

 

Conferences:

 

*      Jafarian, M .H. Saidi, S. K. Hannani, Optimization Analysis of Alternate Tube Section for Pulse Tube Refrigerators, Proceedings of ESDA Congress, Turin, Italy, 2006.

*      Jafarian, M .H. Saidi, S. K. Hannani, S. D. Kenarsari, A One Dimensional Model for Compressible Oscillatory Flow in the Regenerator of Pulse Tube Refrigerators, Proceedings of International Conference of Refrigeration, Beijing, China, 2007.

*      M .H. Saidi, S. K. Hannani, A. Jafarian, Sectoral Energy and Exergy Modeling of Iran, Proceedings of the National Energy Congress, Iran, June 2003.

*      K. Zaker, A. Jafarian, M .H. Saidi, S. K. Hannani, Two Dimensional Analysis of The Tube Section of a Typical Pulse Tube Refrigerator, Proceedings of International Conference of Refrigeration, Beijing, China, 2007.

*      M.H. Saidi, N. Sarikhani, A. Jafarian, S.K. Hannani, Effect of Alternate tube Characteristics on High Capacity Pulse Tube Cryocoolers Performance, Cryogenics Conference, Praha, Czech Republic, 2008.

*      Jafarian, M.H. Saidi, N. Sarikhani, S.K. Hannani, Effect of Pressure Wave generator Characteristics on Pulse Tube Cryocooler Performance, IMECE 2008.

*      Mousavi, A.A. Alemrajabi, A.Jafarian, A. Behjatian, Numerical Study of an Inertance Tube Pulse Tube with Multiple Meshes in the Regenerator, ICEC 23, 2010, Poland.

*      F. Roshanghalb, M.H. Saidi, A. Jafarian, Investigation on Operating Parameters of a Pulse Tube using Real Gas Equation of State for Temperatures below 20 K, ICEC 23, 2010, Poland.

*      M .H. Saidi, A.A. Mozaffari, H.D. Rezaei and A. Jafarian, Optimization of MHD Based Combined Cycle Efficiency, Proceedings of ASME POWER Congress, Illinois, Chicago, 2005.

*      P. Ghanbari, A. Jafarian, M. Saffari, Sea Water Desalination Using Renewable Energies: Modeling of a Photovoltaic- Reverse Osmosis System, Proceedings of the National Energy Congress, 2007.

*      Jafarian, J. Pakdaman, Economic Analysis to Propose the Optimum Capacity and Working Schedule of a Gas Engine Based Cogeneration Plant for an Industrial Sample Factory, ICHVAC 2009.

*      E. Nimvari, A. Hadidi, A. Jafarian, N. Garshasbi, Analysis of a Triple Combined Cycle with MHD Generator as a Topping Cycle, Thermal Power Plants Conference , 2011.

*      Jafarian, P. Adibi, M.S. Ebrahimi, Thermo-Economic Evaluation of a Cogeneretion Process Integrating a Combined Cycle with Intake Air Cooling and Hybrid Thermal/ Membrane Desalination, Desalination of  Brackish Water, Salt Water and Waste Water Treatment Conference, 2012.

*      M. Saghari, A. Jafarian, R.K. Kamali, M. Asgari, Simulation of Multi Effect Brine Concentrator with Vertical Falling Film Evaporator, Desalination of  Brackish Water, Salt Water and Waste Water Treatment Conference, 2012. 

 

 Courses:

 

*       Advanced Energy Conversion (Msc. Course)

*       Advanced Fluid Mechanics (Msc. Course)

*       Advanced Engineering Mathematics (Msc. Course)

*       Boundary Layer Theory (Msc. Course)

*       Fluid Mechanics I and II (Bsc. Course)

*       Heat Transfer (Bsc. Course)

*       Thermodynamics (Bsc. Course)

*       Combined Heat and Power (Short Course)

*       Desalination and Water Purification (Short Course)