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Publications
Journal Papers:
1) M. Rouzbahani, S. Mortazavi (2023), "Numerical simulation of film boiling heat transfer in the presence of a uniform electric
field using front tracking, International Journal of Multiphase Flow, Vol 161, 104386.
2) M. Najafian, S. Mortazavi (2023), "A numerical study of drop evaporation at high density ratios using front tracking method",
Computers and Mathematics with Applications, Vol 134, 1-15.
3) A. Salehi, S. Mortazavi, M. Amini (2022), "A numerical study of heat transfer in saturated nucleate pool boiling process:
a new analysis based on the inherent physics", Acta Mechanica Vol 233, 3601-3622.
4) S. Mortazavi, R. Zahedi (2022), "A numerical study of suspension of microdroplets in a channel under uniform electric field at finite electric Reynolds numbers, Melcher-Taylor theory revisited", Archieve of Applied Mechanics.
5) S. Mortazavi (2022), "Towards the ulitmate goal on simulating multi phase flows, simulation of film boiling at high density ratios",Journal of Heat Transfer, Transaction of the ASME,144, 084501-1.
6)A. Khorram,S. Mortazavi (2022), "Direct numerical simulation of film boiling on a horizontal periodic surface in three dimensions using front tracking",Physics of Fluids, 34, 052117.
7)H. Shahin, S. Mortazavi (2020),"Three-dimensional numerical simulation of axis-switching and micro-droplet formation in a co-flowing elliptic jet flow system using front tracking method",Computers and Fluids, Vol 198, pp 1-10.
8)M. Akbari, S. Mortazavi (2019),"Three dimensional numerical simulation of drops suspended in a channel under uniform electric field", European Journal of Mechanics/B Fluids, Vol 78, pp 32-49.
9)A. Sedaghatkish, S. Mortazavi(2018),"Simulation of film boiling heat transfer in complex geometries using front tracking method", Journal of Applied Fluid Mechanics, Vol 12, No 3, pp 931-946.
10)M. Abreruee, S. Mortazavi (2018),"Effect of viscosity ration on the motion of drops flowing on an icnlined surface",Theoratical and Computational Fluid Dynamics, Vol 32, No 10, pp 73-90.
11)M. Rasisadeh, S. Mortazavi, H. Shahin (2018),"Drop breakup and drop pair coalescence using front tracking method in three diemensions",Acta Mechanica, Vol 229, No 3,pp 1021-1043.
12)H. Shahin, S. Mortazavi (2017),"Three-dimensional Simulation of microdroplet formation in a co-flowing immiscible fluid system using front tracking method",Journal of Molecular Liquids, Vol 243,pp 737-749.
13) M. Akbari, S. Mortazavi (2017),"Three-Dimensional Numerical Simulation of Deformation of a Single Drop under Uniform Electric Field", Journal of Applied Fluid Mechanics, Vol 10, No 2, pp 693-702.
14) R. Khazaeli, M. Ashrafizaadeh, S. Mortazavi (2015),”A Ghost Fluid Approach for
Thermal Lattice Boltzmann Method in Dealing with Heat Flux Boundary Condition
In Thermal Problems with Complex Geometries”, Journal of Applied Fluid Mechanics,
Vol 8, No 3, pp 439-452.
15) R. Khazaeli, S. Mortazavi , M. Ashrafizaadeh (2015),”Application of an Immersed
Boundary Treatment in Simulation of Natural Convection Problems with Complex
Geometry via the Lattice Boltzmann Method”, Journal of Applied Fluid Mechanics,
Vol 8, No 2, pp 309-321.
16) A. Razavieh, S. Mortazavi (2015),”The interface between fluid-like and
Solid-like behavior for drops suspended in two-phase Couette flow”,Acta
Mechanica, Vol 226, pp 1105-1121.
17) M. Tafreshi , S. Mortazavi (2013), “Numerical Simulation of The motion of
Drops on an Inclined Surface”, Iranian Journal of Science & Technology, Vol
37.No M2, pp 119-131.
18) O. Pournader, S. Mortazavi (2013), “Three dimensional interaction of two
drops driven by buoyancy”, Computers and Fluids, Vol 88, 543-556.
19) M. Amiri, S. Mortazavi (2013), “Three-dimensional numerical simulation of
Sedimenting drops inside a vertical channel”, International Journal of Multiphase
Flow, Vol 56, 40-53.
20) R. Khazaeli, S. Mortazavi , M. Ashrafizaadeh (2013),”Application of a ghost
fluid approach for a thermal lattice Boltzmann method”, Journal of Computational
Physics, Vol 250, 126-140.
21) S. Goodarzi, S. Mortazavi (2013), “Numerical simulation of buoyant drops
Suspended in a shear flow: suspensions at low and moderate areal fractions”,
Fluid Dynamic Research, Vol 45, No. 045502, pp 1-18.
22) M. Bayareh, S. Mortazavi (2013), “Equilibrium position of a buoyant drop
in Couette and Poiseuille flows at finite Reynolds numbers”,Journal of mechanics
,Vol 29,No. 1,pp 53-58.
23) H. Kalili, S. Mortazavi (2013),”Numerical simulation of buoyant drops
Suspended in Poiseuille flow flow at nonzero Reynolds numbers” ,
Acta Mechanica. Vol 224, No 2,269-286.
24) S. Mortazavi, M. Tafreshi (2013),”On the behavior of suspension of drops on
an inclined surface”,Physica A-Statistical Mechanics and Its Applications,Vol 392,
No. 1, pp 58-71.
25) M. Shamshiri, R. Khazaeli, M. Ashrafizaadeh, S. Mortazavi (2012),
“Heat transfer and entropy generation analyses associated with
mixed electrokinetically induced and pressure-driven power-law
microflows”.Energy, Vol 42, pp 157-169.
26) S. Goodarzi, S. Mortazavi (2012), “Numerical simulation of a buoyant
suspending drop in plane Couette flow : The equilibrium position
of the drop”, Iranian Journal of Science & Technology, Transaction
B, Engineering, Vol 36, No. M1, pp 69-82.
27) M. Shamshiri, R. Khazaeli, M. Ashrafizaadeh, S. Mortazavi (2012),
“Electroviscous and thermal effects on non-Newtonian liquid flows
though michrochannels”, Journal of Non-Newtonian Fluid Mechanics,
Vol 173-174, pp 1-12.
28) M. Bayareh, S. Mortazavi (2011), “Effect of density ratio on the
hydrodynamic interaction between two drops in simple shear flow”,
Iranian Journal of Science & Technology, Transaction B, Engineering,
Vol 35, No. M2, pp 121-132.
29) A. Noorbakhsh, S. Mortazavi and Y. Afshar (2011), “Three-dimensional
Numerical simulation of drops suspended in Poiseuille flow at non-zero
Reynolds numbers”, Physics of Fluids, Vol 23,Issue 12, pp 23303-1,23303-11.
30) M. Bayareh, S. Mortazavi (2011),”Three-dimensional numerical simulation
of drops suspended in simple shear at finite Reynolds numbers”, International
Journal of Multiphase Flow, Vol 37, Issue 10, pp 1315-1330.
31) M. Bayareh, S. Mortazavi (2011),”Binary collision of drops in simple shear
flow at finite Reynolds numbers: Geometry and viscosity ratio effects”, Advances
In Engineering Software, Vol 42, Issue 8, pp 604-611.
32) S. Mortazavi, Y. Afshar and H. Abbaspour (2011),”Numerical Simulation of
Two-Dimensional Drops Suspended in Simple Shear Flow at Nonzero Reynolds
Numbers, Journal of Fluids Engineering, ASME Transaction, Vol 133, Issue 3,
031303.
33) M. Bayareh and S. Mortazavi (2009),"Numerical simulation of the motion of a single drop in a shear flow at finite Reynolds numbers", Iranian Journal of Science & Technology , Transaction B. Engineering, vol 33, No B5, pp 441-452.
34) A.Nourbakhsh and S. Mortazavi (2010),"A three dimensional study of the motion of a drop in plane Poiseuille flow at finite Reynolds numbers", Iranian Journal of Science & Technology, Transaction B. Engineering, vol 34, No.B2, pp 179-196.
35) A. Nourbakhsh and S. Mortazavi (2012), "The lateral migration of a drop under gravity between two parallel plates at finite Reynolds numbers", Journal of Applied Fluid Mechanics, vol 5, No 1, pp 11-21.
36) A. Rostami and S. Mortazavi (1990), "Analytical prediction of Nusselt number in a simultaneously developing laminar flow between parallel plates", International Journal of Heat and Fluid Flow, Vol. 11, No 1, pp 44-47.
37) S. Mortazavi and Gretar Tryggvason (2000), "A numerical study
of the motion of Drops in Poiseuille Flow, Part 1. Lateral migration of one drop", Journal of Fluid Mechanics, vol. 411, pp 325-350.
38) P. Sunderland, S. Mortazavi and G.M. Faeth (1994), "Laminar Smoke Point of Low Pressure Diffusion Flames", Combustion and Flame, 96: 97-103.
39) S. Mortazavi, P.B. Sunderland, J. Jurng, U.O. Koylu and G.M. Faeth (1993), "Structure of Soot Containing Laminar Jet Diffusion Flames", AIAA 93-078
Conference Papers:
1) M. Akbari and S. Mortazavi (2016),"Electrohydrodynamic interaction
of drop pairs in three dimensions", The international Conference on New Researches
in Engineering Science",Tehran University,Tehran.
2) M. Akbari and S. Mortazavi (2015),"Numerical Simulation of two-dimensional Drops
under a Uniform Electric Field",Sixteenth National Conference on Flow Dynamics,
Razi University, Kermanshah.
3) M. Razizadeh and S. Mortazavi (2015), "Numerical Simulation of Deformation and
Breakup of a Drop in Shear Flow using Front-Tracking Method",Twelfth International
Conference on Flow Dynamics (ICFD2015),Japan.
4) M. Ahmadi and S. Mortazavi (2014), “A numerical study of the nonlinear
Behavior of the interface between two immiscible fluids”, 1st national
conference on development of civil, architecture, electricity and
mechanical engineering, Gorgan, Iran.
5) A. Razavieh and S. Mortazavi (2012),”The Interface between Fluid-like
and Solid-like Behavior of Two-phase Couette Flow: Bulk Reynolds number
Effects”, ISME 2013, 21th Annual International Conference on
Mechanical Engineering, Tehran, Iran.
6) A. Razavieh and S. Mortazavi (2012),”Equilibrium position of a drop
In horizontal shear flow”, 4th National Conference on CFD Applications
In Chemical & Petroleum Industries, Tehran, Iran.
7) S. Goodarzi and S. Mortazavi (2011) ,’Effect of gravity on the equilibrium
position of a drop”, 19th Annual Conference on mechanical Eng.
ISME2011), Birjand University,Iran.
8) M. Bayareh and S. Mortazavi (2011) ,”Equilibrium Position of a buoyant
drop in simple shear flow”, 19th Annual Conference on mechanical Eng.
(ISME2011), Birjand University,Iran.
9) M. Bayareh and S. Mortazavi (2010), "Migration of a drop in simple shear
flow at finite Reynolds numbers: size and viscosity ratio effects", ICME
2010, International Conference on Mechanical Engineering”, Cape Town,
South Africa.
10) A. Nourbakhsh and S. Mortazavi (2010), "The motion of a neutrally
buoyant and non-neutrally buoyant drop at finite Reynolds numbers",
ISME 2010, 18th Annual International Conference on Mechanical
Engineering, Tehran, Iran.
11) S. Mortazavi and M. Bayareh (2009),"Geometry effects on the interaction
of two equal-sized drops in simple shear flow at finite Reynolds
numbers", Fifth International Conference on Computational and
Experimental Methods In Multiphase and Complex flows,
New Forest, UK.
12) M. Bayareh and S. Mortazavi (2009),"Numerical simulation of the
interaction of two equal-sized drops in a shear flow at finite Reynolds
numbers", ISME 2009, 17th Annual International Conference on
Mechanical Engineering, Tehran, Iran.
13) S. Mortazavi, A. Sabonchi, A. Nourbakhsh (2009), "A three dimensional
study of the motion of drops in Poiseuille flow at finite Reynolds
numbers", ISME 2009, 17th Annual International Conference
on Mechanical Engineering, Tehran, Iran.
14) S. Mortazavi and Y. Afshar (2007), "A numerical study of the motion of
drops in Couette flow: (high Reynolds numbers) the effect of viscosity
ratio", ISME 2007, 15th Annual International Conference on Mechanical
Engineering, Tehran, Iran.
15) P. Yazdi and S. Mortazavi (2006), "A numerical study of the motion of a
drop in Poiseuille flow", ISME 2006, 14th Annual International
Conference on Mechanical Engineering, Isfahan, Iran.
16) F. Fazeli and S. Mortazavi (2005), "A vortex method for simulation of
turbulent jets", ISME 2005, 13th Annual International Conference on
Mechanical Engineering, Isfahan, Iran.
17) S. Mortazavi, P. Sunderland, JJ. Jurng and G.M. Faeth, (1992),
"Structure of Laminar Jet Diffusion Flames at Low pressures",
Spring Technical Meeting, Central State Sections of the
Combustion Institute, The Ohio State University, Columbus, Ohio.
18) S. Mortazavi, Gretar Tryggvason,(1998), "A three dimensional Vortex
method for simulation of turbulent jets", 51st Annual meeting, American
Physical Society, Philadelphia, Pennsilvania.
19) S. Mortazavi, Gretar Tryggvason, (1994), "Fluidization of drops In a shear
Flow", American Physical Society, Division of Fluid Dynamics,
Atlanta,Jeorgia.
20) S. Mortazavi, Gretar Tryggvason (1996), "Suspension of drops in a
Shear Flow ", American Physical Society, Division of Fluid Dynamics,
Syracuse, New York.