Mohammad Sajjad 
Bayati, PhD
Assistant professor, School Engineering, Razi University



Surname: Bayati
First Name: Mohammad Sajjad
Assistant professor
Department of Electrical and Computer, School Engineering
Razi University
Kermanshah, Iran
Phone and Fax: +98 831 4283261 





Ph.D. in Telecommunication Engineering, 2010
Thesis: Analysis of Rail Electromagnetic Launcher Using Combined FEM-3D and IEM in Time Domain (GPA 19.75/20)
Supervisor: Prof. A. Keshtkar and Advisor: Prof. M. Ghassemi (Kh. N. Toosi University)

M.sc. in Telecommunication Engineering, 2004
Thesis: Design and Simulation of an Adcock Array Antenna for Direction Finding System (GPA 16.75/18)
Supervisor: Dr. S. Nikmehr and Prof. A. Keshtkar, and Advisor: Dr. M. A. Tinati (Tabriz University)

B.sc. Telecommunication Engineering, 2002
Thesis: Design and Optimization of Meander Line Polarizer for convert Liner Polarization to Circular Polarization (GPA 20/20)
Supervisor: Prof. A. Keshtkar, Tabriz University.

Teaching Experience

 

Tabriz University

Sahand University of Technology

Razi University

Electromagnetic

2005-2007

2004-2005

2012 to now

 

Microwave

2005-2008

-

-

 

Engineering Mathematic

-

-

2012 to now

 

Communication Systems

2005-2007

2004-2005

-

 

Transmission lines

 

 

 

 

Microwave lab

2002-2008

-

-

 

Antenna and Transmission line lab

2002-2008

-

-

 

Advanced Engineering Mathematic

-

-

2012 to now

 

Physic II

-

-

2012

 

Advanced Engineering Electromagnetics
- -
2012 to now

Research Interest,
Numerical and Analytical Techniques
Electromagnetic Launcher
Antenna Design
Power Divider, Directional Coupler, Mixer and Filter Design
Bio Electromagnetic




Journal Papers,

1. M. Sajjad Bayati and A. Keshtkar," Analyzing the Near and Far Field Using Finite Difference and Finite Element Method," IEEE Transaction on Plasma Science, Vol. 41, No. 5, MAY 2013.

2. M. Sajjad Bayati and A. Keshtkar, " Study of Current Distribution, Magnetic Field and Inductance Gradient of the Rectangular and Circular Railguns," IEEE Transaction on Plasma Science, Vol. 41, No. 5, MAY 2013. 

3. M. Sajjad. Bayati, Asghar Keshtkar, “Transition study of current distribution and maximum current density in Railgun by 3D-FEM-IEM,” IEEE Transaction on Plasma Science, 2011.

4. Sajjad. Bayati,Asghar Keshtkar, “Thermal Computation in Railgun by Hybrid Time Domain Technique 3D-FEM- IEM,” IEEE Transaction on Plasma Science, 2011.

5. Asghar Keshtkar, S. Bayati, Ahmad keshtkar, “Derivation of a Formula for Inductance Gradient Using Intelligent Estimation Method,” IEEE Transaction on Magnetic, 2009


Conference Papers,

 
1. M. A. Tinati, S. Bayati, “Designation of an Adaptive Adcock Array;
Reducing the Effect of Other Transmitters, Unwanted Reflection and the Noise,” IEEE, CIS 2006
 
2. Asghar Keshtkar, S. Bayati, “Derivation of a Formula for Inductance Gradient Using Intelligent Estimation Method,” IEEE, Victoria BC, EML 14th Canada, 2008
3. Asghar Keshtkar, S. Bayati, “Effect of Rail’s Material on Railgun Inductance Gradient and Losses,” IEEE, EML, Victoria BC, 14th Canada, 2008
4. M. Sajjad Bayati, Asghar Keshtkar, “Analyzing the Electromagnetic Launcher with Combination Both FEM-3D and IEM Methods in Time Domain,” IEEE and 16th EML Symposium, Beijing, China, 2012.
 
5. M. Sajjad Bayati, Asghar Keshtkar, “Analyzing the Far Field in Railgun Using Finite Difference Method,” Proceeding of the IEEE conference 16th EML Symposium, Beijing, China, 2012.
 
6. M. Sajjad Bayati, Asghar Keshtkar,“ Analyzing the Near and Far Field Using Finite Element Method,” IEEE and 16th EML Symposium, Beijing, China, 2012
 
7. M. Sajjad Bayati, Asghar Keshtkar, “Numerical Analyzing the Electromagnetic Launcher
Using FEM-3D in Time Domain,” IEEE and 16th EML Symposium, Beijing, China, 2012.
 
8. M. Sajjad Bayati, Asghar Keshtkar, “Analyzing the Current Distribution Magnetic Field and Inductance Gradient at the Circular Rail in Comparison to Rectangular Rail,” IEEE and 16th EML Symposium, Beijing, China, 2012
 
9. M. Sajjad Bayati, Asghar Keshtkar, “Magnetic Field and Inductance Gradient at the Circular Railgun,” IEEE and 16th EML Symposium, Beijing, China, 2012
 
10. M. Sajjad Bayati, “Projectile Geometry,” IEEE and 16th EML Symposium, Beijing, China, 2012
 
 
11. Asghar Keshtkar, Leila. Gharib and M. Sajjad. Bayati, “Simulation of Launching Several Projectiles by a Multi Turn Railgun by FEM” IEEE and 16th EML Symposium, Beijing, China, 2012

12. M. Sajjad Bayati, “Implementation and Application of the Intelligent Estimation Method in Time Domain”, The 1st Asian Conference on Applied Electromagnetic and Wave Optic, Tabriz, Iran, 2012.

13. M. Sajjad Bayati, “A Solution of Laplace Equation in Triangular Structure with Dirichlet Boundary Conditions Using Analytical Solution and Numerical Solution”, The 1st Asian Conference on Applied Electromagnetic and Wave Optic, Tabriz, Iran, 2012.



Previous exam questions:
Student Homework:


A) Bsc

1) Electromagnetic 2) Engineering Mathematics
Razi University,
EXR1 EXR2 EXR3 EXR4
KUT
EX1
EX2 EX3 EX4 EX5 EX6 EX7 EX8 EX9
EX1 EX2 EX3 EX4 EX5 EX6
ChI  ChargeDensity2D(Movie)  Answer Exam
3) Numerical Computation
EX1 EX2 EX3 EX4 EX5
Gibbs Phenomena and Mfile1
Introduction to Matlab, MatlabNotesI
Bessel and Legendre function

 4) Physic II.

EX1   EX2   EX3  EX4   EX5 EX6   EX7   EX8
Magnetic Materials     

Parallel Plate Capacitor    and Electric Field Lines                                      

B) Msc

Advanced Engineering Mathematics Advanced Engineering Electromagnetics
ExCalculus of Variations  Integral Equations  ExGreenFunction ExPDE Time-Harmonic Electromagnetic Fields
R. F. Harrington
Calculus of VariationsI - Calculus of VariationsII - Special Functions Advanced Engineering Electromagnetics
C. A. Balanis
ChargeDensity(Mfile)
ChargeDensity2D
.
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