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Publications by Author: Abdessemed, Rachid

2009
Amimeur H, Abdessemed R, Aouzellag D, Merabet E, Hamoudi F. A sliding mode control associated to the field-oriented control of dual-stator induction motor drives. 2009.
Benlamoudi A, Abdessemed R. STATCOM based voltage-frequency regulation for SEIG driven by an uncontrolled speed turbine. International Journal of Power and Energy ConversionInternational Journal of Power and Energy Conversion. 2009;1 :399-416.
Benlamoudi A, Abdessemed R. STATCOM based voltage-frequency regulation for SEIG driven by uncontrolled speed turbine. International Journal of Power and Energy Conversion, InderScienceInternational Journal of Power and Energy Conversion, InderScience. 2009;1.
KADID FZ, Drid S, Abdessemed R. Study of Hydrodynamic-Magnetic-Thermal Coupling in a Linear Induction MHD Pump. Journal of Electrical Engineering & TechnologyJournal of Electrical Engineering & Technology. 2009;4 :249-254.
Zoheir TIR, RAJEAI H, Abdessemed R. On the Dynamic and Steady State Performances of a Vector Controlled DFTSIG in Wind Energy Applications. 1 ère Conférence Internationale sur les Énergies, Matériaux et Environnement, 21 et 22 Novembre [Internet]. 2009. Publisher's VersionAbstract

Variable speed cascaded doubly fed induction generators (CDFIG) named also double stator induction generators (DSIG) or doubly fed twin stator induction generators (DFTSIG) or also brushless doubly-fed induction generator (BDFIG) can be an attractive alternative to conventional double output wound rotor induction generators. Cascaded doubly fed induction generator (CDFIG) examined in the paper consists of two identical wound rotor induction machines having their rotors mechanically and electrically coupled. The system employs two cascaded induction machines to eliminate the brushes and copper rings in the traditional DFIG. In this case, Cascaded induction generators require lower maintenance. In BDFIG both stators of connected machines are accessible. The control strategy for flexible power flow control is developed. The independent control of the active and reactive power flows is achieved by means of a tow quadrant power converter under the closed-loop stator flux oriented control scheme. The MATLAB simulation software is used for a preliminary investigation of BDFIG.

2008
Akkari N, CHAGHI ABDELAZIZ, Abdessemed R. Analysis and simulation of RST regulator applied to double fed induction machine (DFIM). 2008;II.
Merabet E, Abdessemed R, Amimeur H, Hamoudi F. Commande adaptative à modèle de référence d’une machine asynchrone double étoile utilisant le régulateur flou de T-S. 2008;II.
Amimeur H, Abdessemed R, Aouzellag D, Merabet E, Hamoudi F. Commande par mode de glissement d’un moteur asynchrone double étoile (MASDE). 2008.
Haddoun A, Benbouzid MEH, Diallo D, Abdessemed R, Ghouili J, Srairi K. Comparative analysis of estimation techniques of SFOC induction motor for electric vehicles. 2008 18th International Conference on Electrical Machines. 2008 :1-6.
Haddoune A, Benbouzid M, Diallo D, Abdessemed R, Ghouili J, Srairi K. Comparative analysis of estimation techniques of SOFC induction motor for electric vehicles. 2008 :1-6.
Benalia L, Caghi A, Abdessemed R. Control of doube fed induction machine using direct torque control. AMSEAMSE. 2008;63.
Dendouga A, Abdessemed R, Bendaas M-L. Decoupled control of doubly fed induction machine fed by SVM matrix converter. Journal of Electrical Engineering & Technology, KoreaJournal of Electrical Engineering & Technology, Korea. 2008;3.
Nemmour AL, Abdessemed R. The input-outpunt linearizing control schemeof the doubly-fed induction machine as wind power generation. Journal of Electrical EngineeringJOURNAL OF ELECTRICAL ENGINEERING. 2008;8 :8-8.
Nemmour AL, Abdessemed R, Khezzar A, Louze L, v Boucherma. The input-output linearizing control scheme for a doubly-fed induction motor drive. 2008.
Nemmour AL, Abdessemed R. The input-output linearizing control scheme of the doubly-fed induction machine. Journal of Electrical Engineering, RomaniaJournal of Electrical Engineering, Romania. 2008.
Haddoune A, Benbouzid M, Diallo D, Abdessemed R, Ghouli J, Srairi K. Modeling, analysis and neural network control of an EV electrical differential. IEEE Transactions on Industrial ElectronicsIEEE Transactions on Industrial Electronics. 2008;55.
Amimeur H, Abdessemed R, Aouzellag D, Merabet E, Hamoudi F. Modeling and analysis of dual-stator windings self-excited induction generator. Journal of Electrical Engineering, RomaniaJournal of Electrical Engineering, Romania. 2008;8.
Amimeur H, Abdessemed R, Aouzellag D, Merabet E, Hamoudi F. Modélisation et analyse d’une génératrice asynchrone double étoile (GASDE). 2008.
Rebouh S, Kaddouri A, Abdessemed R, Haddoune A. Nonlinear control by intput-output linearisation scheme for electric vehicle permanent magnet synchronous motor. ElectromotionELECTROMOTION. 2008;15.
Dendouga A, Abdessemed R, Bendaas M-L. Simple concept and robust control of a doubly-fed induction generator by sliding mode control. International Review of Automatic ControlInternational Review of Automatic Control. 2008;1.

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