Publications

Book-Chapter
 

Advances in Optimal Distribution System Operation, Expansion and Planning  NOVA Science- In Press

 
Journal Papers
 

1- A Framework for Optimal Planning in Large Distribution Network – Published in IEEE Transactions on Power Systems

2-Application of HVDC Supplementary Controller in a Segmented Power System- Submitted  to IEEE Transactions on Power Systems

3- On Optimal Design and Expansion of Electrical Power Distribution Systems  – Published in Journal of Circuits, Systems, and Computers (JCSC)

4- A Method for Proper Splitting of Interconnected Power System – Published in IEEJ Transactions on Electrical and Electronic Engineering (TEEE) 

5- Evaluation of the Interconnected Power Networks Splitting – Published in  Electrical Power Components and Systems (EPCS) – (Taylor&Francis)

6- Innovative Algorithm For Unit-Commitment Problem – Revised in IEEE Transactions on Power Systems

7- A New Method to Optimal Placement of STATCOM Using GA and CPF – Published in Amirkabir Journal of Science and Technology

8- Novel Strategy for Stability Evaluation of Islanded Power Systems – Accepted for  publication in Iranian Journal of Electrical and Computer Engineering (IJECE)

9- HSA Based Solution to the UC Problem, Published in Electrical Power and Energy Systems 46 (2013) 211–220

Conference Papers

1- Optimal Distribution Substation Locating in Large Distribution Systems – Accepted for Presentation in IEEE T&D ASIA SIEF Conference and Exposition

2- Segmentation of Interconnected Power systems with DC Link-EEEIC 2012

3- Evaluation of Interconnected Power Systems Controlled Islanding – Accepted for Publication in Power Tech 2009 International Conference, Bucharest, Romania

4- Reliability Improvement of Distribution System with Optimal Placement of Distributed Generation – ICEE 2011

 5- A New GA – Based and Graph Theory Supported Distribution System Planning- 4 th International Conference on Intelligence Computing, ICIC 2008, Shanghai, China

6- A Strategy for Frequency Stability of Islanded Power Systems – 2nd IEEE International Power & Energy Conference (PECon’ 08), Johor Bahru, Malaysia

7- A new GA – Based and Graph Theory Supported Distribution System Planning- Advanced Intelligent Computing Theories and Applications,( Book Chapter) Communications in Computer and Information Science (CCIS), Springer-Verlag

8- A Method for Optimal Placement of STATCOM in Electrical Power System Using Genetic Algorithm and CPF – International Conference on Future Power System (FPS 2005), Amsterdam, Netherland

9- Genetic Algorithm Based and Graph Theory Supported Distribution Feeder Routing-4th International Conference on Technical and Physical Problems of Power Engineering TPE-2008, Pitetsi, Romania

10- A Novel Approach to Optimal Allocation of SVC Using Genetic Algorithm and Continuation Power Flow- 1st International Power and Energy Conference (PECon 2006), Putra Jaya, Malaysia

11- Optimal Placement of Distribution Substations Using Genetic Algorithm- 9th Electric Power Distribution Conference (EPDC9), Zanjan, Iran
12- Evaluation of Induction Generator Stability By Lyapunov Direct Method in a Wind Form- International Power System Conference (PSC2005), Tehran, Iran

3- Optimal Placement of SVC: A New challenge to Solving Power System Technical problem – 3rd Conference on technical and Physical Problem in Power Engineering (TPE-2006), Ankara, Turkey

14- Modeling of Tabriz – Ziyaran 400 kV Transmission Line for Transient Analysis  of Lightening Overvoltages – Published in 22 th International Power System Conference, PSC2007, Tehran, Iran

15- Combination of Minimum Spanning Tree and GA for Large Scale Distribution System Planning – 13th Electric Power Distribution Conference (EPDC13), Gilan, Iran

16- Optimal Placement of Distribution Substations Using Genetic Algorithm – 9th Electric Power Distribution Conference (EPDC9), Zanjan, Iran

17- Novel Approach for Optimal MV Distribution Feeder Routing Base on Genetic Algorithm – 9th Electric Power Distribution Conference (EPDC9), Zanjan, Iran

8- Allocation of SVC for Increasing Power System Loadability – 14th Iranian Conference on Electrical Engineering (ICEE2006), Zanjan, Iran