MSc Students
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Journal Papers
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صفحات فارسی

•   SUPERVISED THESIS IN MASTER OF SCIENCE

•          2001 M.Sc. thesis:
   

1.        Dynamic analysis of concrete gravity dams with nonlinear material properties (by Mehdi Nik-Khah *).

2.        Two-dimensional numerical simulation of uplift under the diversion dams on non-homogeneous and anisotropic foundation (by Amir Amir-Hosaini *).

3.        Simulation of free surface flow on rough beds using unstructured meshes (by Syamak Azari-Milani).

4.        Numerical modeling of oil spill in Persian Gulf due to tidal currents using shallow water equations (by Abdol-Amir Farzi-Dayeri).

5.        Numerical simulation of salinity distribution in Caspian Sea using finite volume method (Ali Motaghi-Fard).

•          2002 M.Sc. thesis:

1.        Analysis flow in the Y-branch hydro-power plants penstock using ANSYS flow-solver software (by Reza Nasibi-Fard *).

2.        Two-dimensional numerical modeling of heat generation and transfer in mass concrete structures using triangular meshes (by Vahid Salehi-Gorabsari *).

3.        Two-dimensional numerical solution of pollution transport from source points due to wind effect (by Abas Hadian *).

4.        Numerical Solution of flow field at the upstream of high head radial gates using ANSYS finite element software (by Seid-Ali Razavi *).

5.        Numerical Solution of flow around high head slid gates using ANSYS finite element software (by Seid-Ali Razavi *).

6.        Numerical analysis of the effect of upstream drainages on pore pressure and stability of earth dams in rapid drawdown condition (by Taher Fatolahi-Marani *).

7.        Optimization of end frames of low head radial gates using ANSYS the finite element software (by Mohamad-Reza Bazafkan *).

8.        A step toward automation of diversion dam design (by Faramarz Foroutan *).

•          2003 M.Sc. thesis:
   

1.        Numerical solution of spillway free surface flow using ANSYS finite element software (by Mohsen Mougooei *).

2.        Numerical analysis of heat distribution in mass concrete during the construction using cooling pipes (by Kamyar Davallou *).

3.        Numerical modeling of tidal currents in Persian Gulf considering bed elevation effects and inflow from rivers (by Ali Kermani *).

4.        Numerical simulation of sub and super critical flows in open channels using finite volume method (by Mahyar Mohamadzadeh-Qomi).

5.        Numerical investigation of bed effect on tidal flows in estuaries (by Arsalan Sadeghi-Goya).

6.        Numerical analysis of hydrodynamic pressure on gravity dams due to earth quick effect (by Amin Maldar-Badeli).

7.        - Numerical analysis of cross waves in chute canals with non-parallel walls (by Babak Amin-Nejad).

•          2004 M.Sc. thesis:
   

1.       Application of Flow3D software for 3D modeling of linear wave interaction with tubular structures (English text by Mostafa Amin-Afshar at Hormozgan University).

2.       Investigation of structural strength of stilling basin slabs under the effect of hydrualic jump and uplift pressures (by Ali Rahmani-Barooji *).

3.       Numerical modeling of super critical flow by finite volume method on unstructured triangular meshes (by Mehdi Hodaeian *).

4.       Three-dimensional numerical simulation of heat generation and transfer in roller compacted (RCC) dams during and after construction (by Mohamad Mahmodi-Khaledabadi *).

5.       Application of ANSYS for finite element analysis of the post cooling effect on thermal stresses in mass concrete structures (by Ebrahim Ghorbani *)

6.       Computer modeling of water hammer effects on penstocks using method of charactristics(by Mehdi Torani *)

7.       Numerical simulation of circulating free surface flow in 90 degree outflow branch of canals (by Seid-Yusef Taghizadeh-Shiadeh).

8.       Numerical investigation of bed friction correction on two-dimensional circulating free surface flow behind normal and inclined spur dikes (by Reza Zoghi).

9.       Co-supervisor for Experimental study for air inception points characteristics in high spillways  (by Ali-Reza Najafi at Ormieh University)

•          2005 M.Sc. thesis:
   

1.        3D finite volume modeling of seepage in non-homogeneous porous foundation of gravity dams (by Baback Bayat *).

2.        Finite volume modeling of pipe characteristics effects in transient flow in penstocks (by Ali Abasi *).

3.        Development of a finite volume Riemann solver for numerical investigation of the geometric features on the spillway flows (by Ata Farsio *).

4.        Development of a finite volume model for simulation of scouring around bridge piers (by Reza Dehghan-Naieri *).

5.        Multi-layer finite volume solution of circulation in artificial lakes (by Hamed Arabi).

•          2006 M.Sc. thesis:
   

1.        Cell-centre finite volume solution of salt intrusion in coastal aquifers (by Mehdi Hamidi *).

2.        Development of a numerical model for prediction of wind induced pressure variation on ground storage tanks (by Farzad Meysami-Azad *).

3.        Numerical simulation of circulating free surface flow in 90 degree inflow to the main canals (by Vahid Birjandi).

•          2007 M.Sc. thesis:
   

1.        Two-dimensional numerical simulation of one phase skimming flow over stepped spillways (by Rozita Safaieh *).

2.        Development of a numerical model for simulating dam outlet flow and its effect on reservoir sedimentation (by Amir-Behzad SaidiFar *).

3.        Semi-3D numerical modeling of overtopping breaching of non-cohesive homogeneous embankment dam (by Ali Mohamadi-Kordkheili *).

4.        Investigation of Aerator Effects on Reduction of Cavitations using Numerical Modeling of Flow Parallel to Chute Spillways (by Habib Rezaei-Manizani *).

5.         Numerical modeling of flow in 90 degree bends (by Mehdi Hashemlo).

*) M.Sc. Student of Civil Engineering, K.N.Toosi University of Technology, Tehran, IRAN