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Mohammad Reza Talaie

  • Email: mrtalaie AT eng.ui.ac.ir
  • Phone: 0334-2636320 
  • Fax: 0098-311-2636319
  • Address: Department of Chemical Engineering,
    Faculty of Engineering, University of Isfahan,
    Hezar Jerib Ave., Isfahan, Iran
    Postal Code 81744

 

http://engold.ui.ac.ir/%7Emrtalaie/BULLET.GIFEducational History:

B.Sc., Shiraz University, 1989
M.Sc., Shiraz University, 1990
Ph.D., Shiraz University, 1999

 

http://engold.ui.ac.ir/%7Emrtalaie/BULLET.GIFResearch Interests:

Aerosol Science
Air Pollution
Analytical & Numerical Mathematics
Two-Phase Flow

 

http://engold.ui.ac.ir/%7Emrtalaie/BULLET.GIFCurrent Activities:

Assistant Professor Isfahan University
Assistant Professor Khalijfars University (2000-2003)
Assistant Professor Shiraz University (1999-2000)

http://engold.ui.ac.ir/%7Emrtalaie/BULLET.GIFPublications:

طرح‌هاي پژوهشي خاتمه يافته و در دست اجراء:

1.      اصلاح معادلات جريان دوفازي جهت شبيه سازي خط لوله‌ي گاز ارسالي از منطقه‌ي نار و كنگان به پالايشگاه وليعصر. (كارفرما: شركت نفت مناطق مركزي)

2.      توسعه روش اولرين در پيش بيني خواص فاز پراكنده در جريان دوفازي آشفته. (كارفرما: دانشگاه خليج فارس)

3.      بررسي عملكرد روش لاگرانژي در پيش بيني عملكرد شوينده‌هاي ونتوري در حذف ذرات معلق و آلاينده‌هاي گازي از جريان گاز. (كارفرما: دانشگاه اصفهان)

 

 

Journals

 

  1. Talaie, M. R., J. Fathikalajahi an M. Taheri, (2006), “The effect of particle size distribution of droplets in particle removal efficiency of a venturi scrubber,” accepted to be published by Iranian Journal of Science & Technology (under revision).
  2. Talaie, M. R., (2006), “Development of an explicit Eulerin method for treating particle-laden turbulent flow in dust collectors,” Iranian Journal of Chemical Engineering, 3(1) (winter), 13-28.
  3. Talaie, M. R., (2005), “The effect of wall strengtheners on particle removal in double-stage electrostatic precipitators,” Iranian Journal of Chemical Engineering 2(2), 37-48.
  4. Talaie, M. R., (2005), “Mathematical modeling of wire-duct single-stage electrostatic precipitators, Journal of Hazardous Materials, B144, 44-52.
  5. Mohebi, A., M. Taheri, J. Fathi and M. R. Talaie, (2003), “Simulation of an orifice scrubber performance based on an Eulerian/Lagrangian approach,” J. of Hazardous Materials, a100, 13-25.
  6. Mohebi, A., M. Taheri, J. Fathi and M. R. Talaie, (2002), “Prediction of pressure drop in an orifice scrubber based on a Lagrangian approach,” J. of Air & Waste Management, 52, pp. 174-185.
  7. Talaie, M. R., J. Fathikalajahi an M. Taheri, (2001), “Mathematical modeling of double-stage electrostatic precipitators based on a new Eulerian approach,” Journal of Aerosol Science & Technology, 34, pp. 512-519.
  8. Talaie, M. R., M. Taheri and J. Fathikalajahi, (2001), “A new method to evaluate the voltage-current characteristics applicable for a single-stage electrostatic precipitator, “ J. of Electrostatics., 53(3), pp. 221-233.
  9. Talaie, M. R., J. Fathikalajahi an M. Taheri, (1997), “Mathematical modeling of SO2 absorption in a venturi scrubber,” J. of Air & Waste Management, 47, 642-646.
  10. Fathikalajahi, J., M. Taheri an M. R. Talaie, (1996), “Theoretical study of the effect of non-uniform droplets concentration distribution on venturi scrubber,” Particulate Science & Technology, 14, 153-164.
  11. Fathikalajahi, J., M. Taheri and M. R. Talaie, (1995),  “Theoretical study of liquid dispersion in a venturi scrubber,” J. of Air & Waste Management, 45, 181-185.
  12. Fathikaljahi, J. and M. R. Talaie, (1992), “Simultaneous solution of continuity, momentum, temperature and concentration equations for a special physical situation,” Engineering Systems Design an Analysis ASME, 47, pp. 45-52.
  13. Fathikaljahi, J. and M. R. Talaie, (1989), “Calculation of temperature distribution for laminar boundary layer over a flat plate by numerical methods,” Iranian Oil Association Journal,” 24, 14-22.

 

 

Conferences

 

  1. Talaie, M.R., (2006), “Examination of two-phase pressure drop models for pipeline flow in unsteady-state conditions,” 11th National Iranian Chemical Engineering Congress, Tarbiat Moddaress University.
  2. Talaie, M.R. (2006), “Mathematical modeling of gas-condensate flow through pipelines,” 1th Iranian natural gas Chemical Engineering Congress, Shiraz University.
  3. Talaie, M.R. and M. Nasiri, (2004), “The effect of C7+ characterization on prediction of the pressure drop through wet gas pipelines,” 9th National Iranian Chemical Engineering Congress.
  4. Nasiri, M. and M.R. Talaie, (2004), “Modification of Prezezdziecki-Sridhar correlation for pure liquid viscisity prediction,” 9th National Iranian Chemical Engineering Congress.
  5. Fathikalajahi, J. M. Taheri and M. R. Talaie, (1998), “The effect of size distribution of droplets in removal efficiency of a venturi scrubber,” European Symposium, Separation of Particles from gases.
  6. Fathikalajahi, J. M. Taheri and M. R. Talaie, (1998), “Calculation of particle size distribution in a venturi scrubber,” Third National Iranian Chemical Engineering Congress.
  7. Fathikalajahi, J. M. Taheri and M. R. Talaie, (1997), “The effect of droplet dispersion on venturi scrubber performance,” European Symposium, Separation of Particles from gases.
  8. Fathikalajahi, J., M. Taheri and M. R. Talaie, (1995), “Theoretical study of liquid dispersion in a venturi scrubber,” European Symposium, Separation of Particles from gases.
  9. Mousavi, M. and M. R. Talaie, (1994), “Removal of Formaldehyde from waste water,” Third National Iranian Chemical Engineering Congress.
  10. Fathikalajahi, J., M. Taheri and M. R. Talaie, (1994) “The effect of non-uniform liquid droplet concentration distribution on absorption of SO2 in an atomizing scrubber,” American Chemical Society, 39, 252-255.

 


Submitted papers

  1.  Talaie, M. R., J. Fathikalajahi an M. Taheri, (2002), “The effect of particle size distribution of droplets in particle removal efficiency of a venturi scrubber,” submitted to the Aerosol Science & Technology.
  2. Talaie, M. R., (2002), “Development of a fast Eulerin method for treating particle-laden turbulent flow in dust collectors” submitted to the journal of Aerosol Science & Technology.
  3. Talaie, M. R., (2003), “Application of a new model to evaluate electrical field strength distribution and V-I characteristics in single-stage electrostatic precipitators.” Submitted to the Iranian Journal of Chemical Engineering.
 

 

 

 

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