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Students

M. Sc. Students:

1. " A vortex method for simulating turbulent jets", Faroogh Fazeli,2004.

2. "A numerical study of the motion of drops in simple shear flow", Hosain Abbaspoor, 2004.

3."A numerical study of the motion of drops in Poiseuille flow at Finite Reynolds numbers", Peyman Yazdi, 2005.

4."Numerical simulation of the motion drops suspended in simple shear flow", Yaser Afshar, 2006.

5.”Numerical simulation of buoyant drops suspended in a shear flow”, Sina

Goodarzi, 2011.

6.”Numerical simulation of buoyant drops suspended in Poiseuille flow”,Hamed

Khalili, 2012.

7.”Behavior of suspension of drops on an inclined surface”, Mehdi Tafreshi,2012.

8.”Effect of drop size on the behavior of suspensions in simple shear flow”,

Reza Khazaeli, 2012.

9.”Three dimensional numerical simulation of sedimenting drops inside a vertical channel”,Mahmood Amiri,2012.

10.”Three dimensional interaction of two buoyant drops under gravity”,Omid Pournader,2012.

11.”Numerical simulation of drops in a horizontal shear flow”,Amin Razavieh,2012.

12. “Effect of viscosity ration on the motion of drops on an inclined surface”,

     Mohammad Aberooi, 2013.

13. "Numerical study of non-linear behavior of a sheared immiscible fluid interface",

     Majid Ahmadi, 2014.

14. "Inversigation of particle size segregation in Poisssuile flow in two dimensions",

      Mohammad Abdolmaleki, 2014.

15. "Numerical simulation of drop impingement onto horizontal and inclined surface",

       Mehdi Baghaee, 2014.

 16. "A numerical study of coalescense and breakup of droplets using front-tracking

      method", Meghdad Razizadeh, 2015.

 17. "Three dimensional numerical simulation of drops  in a channel under uniform

electric field" , Mostafa Akbari, 2016.

18. "Numerical Simulation of Film Boiling in Complex Geometries", Amir Sedaghatkish, 2017.

 

 

Ph. D. Students:

1."Three dimensional numerical simulation of drops suspended in simple shear flow at finite Reynolds numbers",Morteza Bayareh, 2010.

2.”Three dimensional numerical simulation of drops suspended in Poiseuille flow

at non-zero Reynolds numbers”, Amireh Noorbakhsh, 2011.