Name: Mohammad Mahdy Heydari

Birth Date & Place: June,  24, 1966, Tehran, Iran.

Contact Address:

School of Mechanical Engineering

Sharif University of Technology

P.O. Box: 11365-9567, Tehran, Iran

 

Tel. Office: (+9821) 66165570

                    (+9821) 66059365

Fax Office: (+9821) 66000021                                  

Email: haydari@mehr.sharif.edu

            mmheydari@gmail.com

 

 

Educational Record

1. B.Sc. In Mechanical Engineering "Thermo fluid", Khajeh Nasir University, Tehran, IRAN (1994)

               Thesis: Numerical Modeling of  Solar Pond Power Plant (SPPP)

2. M.Sc. In Mechanical Engineering "Energy conversion", Tarbiat Modares University ,Tehran , IRAN (1996)

               Thesis: Numerical Modeling of  Jet  in Cross Flow

3. Ph.D. In Mechanical Engineering "Energy conversion" ,School of Mechanical Engineering Sharif University of Technology , Tehran, IRAN (2006)

 Thesis: Parameter Estimation in Rotary Kiln by Inverse Problem

Instructed Under-Graduated Courses:

1-Physics and Mechanics

2-Fluid Dynamics

3-Numerical Analysis

4-C.F.D

5-Heat Transfer

Department and Workgroup

Mechanical Engineering & Computational Fluid Dynamics Group (CFD Group)

Text Box: Projects Done
Mathematical Modeling of Solar Collector
Mathematical Modeling of Solar Pond Power Plant
Pressure Determination on Twist wing by Panel Method
Numerical Modeling of jet in Cross Flow by Panel Method
Prediction of Pressure distribution over a Wing at high angle of attack by N-S Equations
Numerical Modeling of Jet in Cross Flow by  N.S  Equations
Numerical Modeling of Compressible Jet in Cross Flow
Numerical Modeling of Flow and Heat  Behaviors on (in) Curvilinear  Structure
Mathematical Modeling of Heat and Mass Transfer in Clinker Grate Cooler (Cement Industry)
Energy Optimization in Grate Cooler (Cement Industry)
Energy Optimization in Quarry Crusher (Cement Industry)
Heat and Flow Modeling in Fluidized bed (Cement Industry)
One-D Heat Transfer Modeling in Rotary Kiln (Cement Industry)
Three-D Heat and Fluid Flow Modeling in Rotary Kiln (Cement Industry)
Fluid Flow and Combustion Modeling in Rotary Kiln in order to Flame Shape Determination (Cement Industry)
Numerical Modeling for Internal Ballistics of Tactical Missile
Numerical Modeling for Internal Ballistics of Hypervelocity Projectile
Numerical Modeling of  Wave Propagation in Shock Tube
Numerical Investigation of Detonation Wave in Cylinder Tube
Mathematical Modeling of EFP (Explosive Forming Penetrator) formation by Physical & Geometrical Parameter Study about it
Depth Estimation of Melting Product in Rotary Kiln
Hot Gas Temperature Estimation in Rotary Kiln
Overall Heat Coefficient Estimation in Rotary Kiln
Effective Gas Emissivity Estimation in Rotary Kiln
Simultaneous Gas Temperature and Bed Depth Estimation in Rotary Kiln
Simultaneous Gas Temperature and Overall Heat Coefficient Estimation in Rotary Kiln
Simultaneous Gas Temperature and Effective Gas Emissivity Estimation in Rotary Kiln

Research Interests and Activities
1.Developing a robust C.F.D code about Fluid Flow & Heat Transfer & Combustion Modeling with Incinerating of Raw Material.
2.Determination of important parameters of Kiln or Furnaces by Inverse Study about Experimental Data of it.
3.Determination of important parameters of Rocket Launch Tube by Inverse Study about Experimental Data of it.
4.Fluid Flow & Heat Transfer & Combustion Modeling in Diesel Engine.
5.Fluid Flow & Heat Transfer & Combustion Modeling in CNG Engine.
6.Energy Optimization in CNG Engine.
7.Fluid Flow & Combustion Modeling in Domestic Stove.
8.Energy Optimization in Domestic Stove.
9.Multi Parameter Estimation in Rotary Furnace.

Text Box: Conference Papers & Journal Papers
" Fluid Flow & Heat transfer Modeling in a Cavity", M.M. Heydari, H. Khaleghi , 4Th Annual Conference (International) of the Iranian Society of Mechanical Engineers Conference, Shiraz, Iran, 1997. 
"Numerical Modeling the famous kind of Jets", M.M. Heydari, H. Khaleghi, 4Th Fluid Dynamics Conference, Tehran, Iran, 1997.
"Numerical Modeling of Jet in Cross Flow", M.M. Heydari, Proceeding of the 1Th International Conference of Iranian Aerospace Society, Tehran, Iran, 1998.
"Mathematical Modeling of Heat and Mass Transfer in Clinker Grate Cooler", M.M.Heydari, 1Th International Seminar on Cement, Tehran, Iran, August 1994.
"Energy Optimization in Cuarry Crusher" ,M.M.Heydari, A.Taeb, 2Th International Seminar on Cement , Tehran, Iran, November 1996.
"Flame Shape Modeling in Rotary Kiln", M.M. Heydari, 6Th Fluid Dynamics Conference, Tehran, Iran, Jan. 2000.
"Mathematical Modeling of Explosive Forming Projectile (EFP)", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry organization , Tehran, Iran, September 2000.
"Numerical Modeling of Combustion in Rocket Motor Combustion Chamber", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry organization , Tehran, Iran, September 2000.
"2-D Lagrangian Model of Shock Wave in Confined Enclosure", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry organization , Tehran, Iran, September 2000.
" An asymmetric Lagrangian Model of Shock Wave in Tube", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry Organization , Tehran, Iran, September 2000.
2-D Lagrangian Model of Detonation Wave in confined enclosure", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry organization , Tehran, Iran, September 2000.
An asymmetric Lagrangian Model of Detonation Wave in Tube", M.M. Heydari, 1Th  Scientific & Applied Confernce of Iranian Aerospace Industry organization , Tehran, Iran, September 2000.
"Bed Depth Estimation in Rotary Kiln by Inverse Problem (1)", M.M. Heydari, B. Farhanieh 9Th Fluid Dynamics Conference, Tehran, Iran, March 2005.
“Bed Depth Estimation in Rotary Kiln using Inverse Problem.(2)”, M. M. Heydari, B. Farhanieh ,International Conference on Numerical Analysis and Applied Mathematics. (ICNAAM 2005), pp 240-243 WILEY-VCH
“An Inverse Problem Method for Overall Heat Transfer Coefficient Estimation in Partially Filled rotating Cylinder”, M. M. Heydari, B. Farhanieh, An International Journal Heat Transfer Engineering, vol. 28(12), December 2007.
“An Inverse Problem Method for Gas Temperature Estimation in Partially Filled Rotating Cylinder” M. M. Heydari, B. Farhanieh, International Journal of Science and Technology, May 2007.
“An Inverse Problem Method for Bed Depth Estimation in Partially Filled Rotating Cylinder” M. M. Heydari, B. Farhanieh, Faslnameh Elmy-Pajouheshy Sharif, July 2007.

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