Navid Sharifi
Faculty: Faculty of Engineering - East Guilan
Department:
University of Guilan
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Navid Sharifi

Academic Rank: Assistant Prof.

Faculty: Faculty of Engineering - East Guilan

Department:



Profile :: Education :: Publications :: Courses :: Schedule :: Links :: CV :: Contact


Research Interests

 

   •   CFD Methods in Compressible Flows.
   •   Design and Analysis of Turbomachinery.
   •   Gas Dynamics (Supersonic Flows).
   •   Numerical Methods in Multiphase Flows.
   •   Design of Ejectord & Thermo-Compressors.

 

Awards and honors

 

   1.   Invited candidature for ENI-Award for the research undertaken on wet-steam ejectors (2014).
   2.   Ranked 2nd among the PhD students during years (2007-2010).
   3.   Best article awarded (IDA World Congress, 2009).
   4.   Ranked 201st among the nearly 270,000 participants of the MSc National university entrance exam (2004).
   5.   Ranked 171st among the nearly 500,000 participants of the BSc national university entrance exam (1998).
   6.   Finalist of the Best student article (Khwarizmi International Award, 1997).
 

Current Research Programs

 

   1.   Numerical investigation of local condensation in the convergent-divergent nozzles and its effects on the overall compression ratio of thermo-compressors.
 

   2.   Experimental investigation of deviations between the characteristics of an air ejector used as a steam ejector.
 

   3.   Numerical investigation of internal heat transfer between two-phase flows induced by condensation in thermo-compressors and ejectors.
 

   4.   Experimental investigation of reduction of shock wave noise in thermo-compressors through modifying the supersonic Mach number.
 

   5.   Numerical investigation of turbulence models in thermo-compressors and ejectors.
 

   6.   Experimental investigation of reduction of motive steam flow used in thermo-compressors through improving the mixing geometry.
 

   7.   Numerical investigation of shock wave dissipation in thermo-compressors and ejectors.
 

Technical Training & Workshops

 

   1.  Workshop on Application of Ejectors & Thermo-compressors in desalination process (2013, POGC, Iran).

 

   2.  Workshop on Thermo-compressors design, operation and maintenance (2013, Bandar Abbas Thermal Power Plant, Iran).

 

   3.  Workshop on Ejectors design, operation and maintenance (2012, KAVIAN Petrochemical Co., Iran).

 

   4.  Workshop on Application of Ejectors & Thermo-compressors in desalination process (2012, OIEC, Iran).

 

   5.  Workshop on Thermo-compressors design, operation and maintenance (2011, OIEC, Iran).

 

   6.  Workshop on Ejectors design, operation and maintenance (2011, POGC, Iran).

 

   7.  Workshop on High Pressure Steam Turbines operation and maintenance (2009, Abadan Refinery, Iran).

 

   8.  Workshop on Crude-Oil Storage Tanks design, operation and maintenance (2008, Abadan Refinery, Iran).

  



Ph.D.
Aerospace Engineering (2007-2013).
Amirkabir University of Technology, Tehran, Iran.
Thesis: Numerical investigation of two phase flow in steam thermo-compressors.

 

M.Sc.
Aerospace Engineering (2004-2006).
Amirkabir University of Technology, Tehran, Iran.
Thesis: Control of surge and rotating stall in axial compressors based on instability equations.
 

 

B.Sc.
Mechanical Engineering (1998-2003).
Sharif University of Technology, Tehran, Iran.
Thesis: Experimental analysis of flow dynamics in vertical UASB chemical reactors.
 



ISI Journal Papers

 

K Ariafar, D Buttsworth, G Al-Doori, N Sharifi, Mixing layer effects on the entrainment ratio in steam ejectors through ideal gas computational simulations, Energy, 95, 380-392, (2016)

 

M Shafaee, M Tavakol, R Riazi, N Sharifi, An investigation on the supersonic ejectors working with mixture of air and steam, Journal of Mechanical Science and Technology, 29 (11), 4691-4699, (2015)

 

N Sharifi, M Boroomand, Thermodynamic evaluation of high compressible steam flow in vapor compression systems used in desalination processes, Desalination and Water Treatment, 54 (7), 1782-1792, (2015)

 

N Sharifi, M Sharifi, Reducing energy consumption of a steam ejector through experimental optimization of the nozzle geometry, Energy, 66, 860-867, (2014)

 

K Ariafar, D Buttsworth, N Sharifi, R Malpress, Ejector primary nozzle steam condensation: area ratio effects and mixing layer development, Applied Thermal Engineering, 71 (1), 519-527, (2014)

 

R Kouhikamali, H Sadeghi, A Safari, N Sharifi, Geometrical analysis of thermo-compressors in multiple-effects distillation units based on the second law of thermodynamics, Desalination and Water Treatment, 52 (31-33), 5731-5739, (2014)

 

N Sharifi, M Boroomand, An investigation of thermo-compressor design by analysis and experiment: Part 1. Validation of the numerical method, Energy conversion and management, 69, 217-227, (2013)

 

N Sharifi, M Boroomand, An investigation of thermo-compressor design by analysis and experiment: Part 2. Development of design method by using comprehensive characteristic curves, Energy conversion and management, 69, 228-237, (2013)

 

N Sharifi, M Boroomand, M Sharifi, Numerical assessment of steam nucleation on thermodynamic performance of steam ejectors, Applied Thermal Engineering, 52 (2), 449-459, (2013)

 

N Sharifi, Axisymmetric and three dimensional flow modeling within thermal vapor compressors, Heat and Mass Transfer, 49 (10), 1489-1501, (2013)

 

N Sharifi, M Boroomand, R Kouhikamali, Wet steam flow energy analysis within thermo-compressors, Energy, 47 (1), 609-619, (2012)

 

R Kouhikamali, N Sharifi, Experience of modification of thermo-compressors in multiple effects desalination plants in Assaluyeh in IRAN, Applied Thermal Engineering, 40, 174-180, (2012)

 

 

Conference Papers

 

N Sharifi, M Sharifi, Experimental Improvement of Ejector Performance Through Numerical Optimization of Nozzle Geometry, ASME International Mechanical Engineering Congress and Exposition, (2013)

 

N Sharifi, M Sharifi, Numerical Investigation of Heat Transfer in Wet Steam Flow in Convergent-Divergent Nozzles, ASME International Mechanical Engineering Congress and Exposition, (2013)

 

N Sharifi, M Sharifi, CFD evaluation of steam properties within thermo-compressors with two different numerical approaches, ASME International Mechanical Engineering Congress and Exposition, (2013)

 

N Sharifi, R Kouhikamali, A Noori, CFD simulation of supersonic jet behavior inside thermo-compressors at different converging angles, IDA World Congress, (2013)

 

N Sharifi, M Boroomand, Numerical optimization of thermo-compressors based on non-dimensional geometrical parameters, ASME Gas Turbine & Compressors conference, (2012)

 

N Sharifi, M Boroomand, M Sharifi, Numerical optimization of ejector geometry based on non-dimensional parameters, ASME International Mechanical Engineering Congress & Exposition, (2012)

 

N Sharifi, M Boroomand, M Sharifi, Numerical investigation of the effects of steam nucleation on the steam ejectors performance, ASME International Mechanical Engineering Congress & Exposition, (2012)

 

N Sharifi, R Kouhikamali, Numerical Simulation and Parametric Study of Steam Jet Ejectors in MED-TVC Plants, IDA World Congress, (2009)

 

R Kouhikamali, N Sharifi, Parametric Study on Geometrical Parameters of Mixing Area Section in Thermo-Compressors, IDA World Congress, (2009)

 



 

Heat Transfer

 

Thermodynamics I

 

Thermodynamics II

 

Fluid Mechanics Lab.

 

Fluid Mechanics (for Civil Engineering)

 

 



Semester 1 - 2017
Day / Time 10 - 8 10 - 12 12 - 14 14 - 16 16 - 18 18 - 20
Sat -Thermodynamics I -Fluid Mechanics - -Fluid Mechanics Lab. - -
Sun - --Thermodynamics II - - - -
Mon -Fluid Mechanics Lab. -Fluid Mechanics - -Thermodynamics II - -
Tue - - -Fluid Mechanics Lab. - -Thermodynamics I -
Wed -Heat Transfer -Fluid Mechanics Lab. - -Heat Transfer - -


Google Scholar (Citations)
Scopus Author details (h-index)


CV [ download ]


contact Navid Sharifi
n.sharifi@guilan.ac.ir , sh.univ.of.guilan@gmail.com
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