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JES & JASE organize ICEEDT'09
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new: List of accepted and registered papers The 3rd International Conference on Electrical Engineering
Design and Technologies (ICEEDT'09) will be held on Oct.
31- Nov. 02, 2009 in Sousse, Tunisia. The conference provides
a forum for researchers from academe and industry to present
their original work and exchange ideas and information.
The official language of the conference is English.
Papers are peer reviewed. All accepted papers must be presented
at the conference and will be published in the conference proceedings.
The abstracts will be indexed in major academic databases.
Journals
Expanded and enhanced versions of papers published in the
conference proceedings can also be considered for inclusion
in one of the ICEEDT'09 sponsor journals.
Important Dates:
March 31, 2009: Deadline for submission of proposals for
Special Sessions, keynotes and tutorials.
May 31, 2009: Deadline for submission of full-length papers
for Regular Sessions and Special Sessions.
July 15, 2009: Acceptance/Rejection notification for regular
papers.
September 30, 2009: Final camera-ready papers due in electronic
form and registration.
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Keynote 1: Photoinscribed Integrated Photonics Devices in Polyglass on Silicon for Lightwave Communication
Dr. T. Touam
Dr. Tahar Touam est auteur et co-auteur de plus de 55 publications scientifiques incluant des articles invités,réguliers et de conférence.
Des centaines de citations spécialement pour les deux travaux de recherche mentionnés ci-dessous.
Librairie de l’Optique Diffractive (2007), Le travail de recherche ci-dessous a été slectionné parmi les travaux de recherches de grandes valeurs et les plus populaires sur l’optique diffractive et ses applications dans la conception de l’optique moderne et non-conventionnelle : Tahar Touam, S. Iraj Najafi, “Symmetric profile beams from waveguides with asymmetric grating couplers,” Applied Optics-LP, Vol. 36 Issue 12 Page 2554 (1997) Optical Society of America.
S. Iraj Najafi, Tahar Touam, R. Sara, M. P. Andrews,M. A. Fardad “Sol-Gel Glass Waveguide and Grating on Silicon,” Journal of LightwaveTechnology, Vol. 16 Issue 9 Page 1640, 1998.
Key words:
Keywords: Gratings, integrated optics, photonics, sol-gel,waveguides, star coupler, dense wavelength division multiplexers, lightwave communication.
Key words:
Keywords: Gratings, integrated optics, photonics, sol-gel,waveguides, star coupler,
dense wavelength division multiplexers, lightwave communication.
Special Session
Special Session1
Session organizer: Dr. Amer Ragab Zerek was born in Janzour –Libya in 1958. He received B.Sc degree in Communication Engineering from Al-Fateh University –Faculty of Engineering - Libya in 1982, MSc and PhD degree in Electronic Engineering from Wales University Cardiff. U.K, in 1991 and 1996 respectively.
From 1983 to 1986 he was working in Minestry of Industry as a head of the Computing and Administration Department. From 1987-1989 he was working as teaching assistant in Engineering Academy, Tajora and from 1996-2005 as a senior lecturer. Also was working as a part time at faculty of Engineering; University of Al-Fateh, Tripoli. as well as at the Higher Institute of Electronic Professions, the Higher Institute of Computer Technology, Tripoli and Academy of Postgraduates,
In 2003, he was working as a senior lecturer as well as a head of the Electrical, Electronic and Computer Engineering Department at Academy of Maritime Studies, Tripoli.
Special Session2
Session Title: Education-Based Researches in
Electrical Engineering.
Session organizer: Dr. Jamal salah abdulmalek was born in Mesrata –Libya in 1962. He received B.Sc degree in Electrical Engineering –Faculty of Electrical & mecanics Engineering - Libya in 1982, MSc degree in Power Electronics Engineering from Budapest University, Hungary, in 1990 and Phd degree in 1998 from Kharkouf University, Ukraine.
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Keynote 2: A review of eddy current computation applied to electrical engineering devices
Prof. Mouloud Feliachi
Mouloud FELIACHI was born in Biskra, Algeria. He received the Diplôme d'Ingénieur en Electronique from "Ecole Nationale Polytechnique" of Algers in 1976, the Doctorat d’Ingénieur degree from the "Conservatoire National des Arts et Métiers" of Paris in 1981 and the Doctorat ès Sciences degree from "Institut National Polytechnique" of Grenoble in 1986, all in electrical engineering. In 1987, he worked for Leroy Somer Company in Orleans. In 1988, he joined the University of Nantes (Technological Institute of Saint-Nazaire) where he is a Professor. His research interests are in hybrid analytical and numerical modeling of electromagnetic phenomena and devices, with emphasis on eddy current non-destructive testing and evaluation.
Abstract:
This presentation concerns a review of electromagnetic field analysis elaborated in our research group, for the solution of problems characterizing some innovative electrical engineering applications [1], in which the eddy current constitutes the main element of their functioning. It is the case of, among other, multi-physics systems such as the inductive heating (IH). It is also, in another register, the case of the Non Destructive Evaluation and Testing (NDE, NDT). In the first case (IH), we focus on the modelling of the regulation of the temperature heating through the Curie transition of new materials (with low value of Curie temperature) used in induction heating. In the second case (NDE, NDT), we will give some recent developments for rapid field computation, adapted to inverse techniques applied to the detection of the characteristics or the defects of conductive metallic or composite materials, such that newly used in the aviation and automobile industries. The modelling tools development requires adapted computation techniques:
• finite elements for thermal problem
• eddy current NDT
• Coupling Potential Method for NDE modelling in axisymmetrical devices
• Hybrid modelling or Integral formulation for NDT modelling in 3D structures
• 3D finite volumes for moving NDT simulation
• Anisotropic conductivity modelling for composite materials
• Rapid 3D transforms formulation for NDT of tubes
Key words:
Inductive heating, New low Curie transition material. NDE, NDT, Detection, Security concerns. Conductive composite material, Anisotropic conductivity. Movement simulation. Hybrid analytical and numerical modelling. Finite element method, Finite volume method, Integral formulation, Transform formulation, Coupling Potential Method.
Keynote 3: Reliability modelling of Power Electronic Systems
Professor P. A. Mawby
PhD(Leeds), C.Eng., FIET, SMIEEE, FInstP
Professor Mawby joined Warwick University in 2005 having been at the University of Swansea for 19 years. He is currently head of the Electronics, Power and Microsystems group.
His main interests are materials for new power devices, modelling of power devices and circuits, power integrated circuits. In particular he is interested in SiC and other wide bandgap materials and their applications in power conversion.
Professor Mawby is on Many international conference committees including, ISPSD, EPE, BCTM and ESSDERC. He is Chartered Engineer, a Fellow of the IET, and a Fellow of the Institute Physics as well as a Senior Member of the IEEE. He has published over 70 Journal papers and 100 conference papers, and is a distinguished lecturer for the IEEE Electron devices society.
He is the project leader for the recent Birmingham Science City project on Energy Efficiency and Demand Reduction, funded by Advantage West Midlands.
Abstract:
As power electronics finds greater utilisation in mission critical systems, such as aerospace and off shore renewable energy systems, the reliability of these systems becomes paramount. This Paper will look discuss the root causes of failures in Integrated Power Modules (IPM). It will also describe the use of condition monitoring methods to establish the current state of wear-out of a system. We will present a novel methodology for being able to predict the current state of a system based on the physical modelling of the components, which have been stressed using a specific mission profile.
Using such techniques it is possible to predict the lifetime of a given power module under a known profile, and hence it is possible to improve the reliability. We will present the fundamental power device models as well as the methods that allow such simulations to be performed on a useful timescale.
Key words:
Integrated Power Modules; Physical Modelling; Reliability
The conference will be held in the Mouradi Club Kantaoui Hotel,
It is a very good hotel with an excellent location.
It includes several spa services and numerous sport activities.
The hotel is a huge whitewashed building facing the sea. The beach is only across the road.
The hotel is located in the heart of the Port El Kantaoui, 10 kilometers from Sousse city center
and 35 Km from Habib Bourguiba aeroport of Monastir
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