International Journal of Advanced Studies in Computer Science and Engineering (IJASCSE)

International Journal of Advanced Studies in Computer Science and Engineering (IJASCSE)
ISSN : 2278 7917

All articles published in IJASCSE are open access and freely available online, immediately upon publication.

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International journal of advanced studies in Computer Science and Engineering (IJASCSE) maintains all published papers in Open Access Database which provides open access of all listed papers to universities, researchers and scholars. It is based on OAI-PMH protocols which help to index the research papers worldwide. All Issues published are dedicated to best practices on ethical matters, errors and retractions. The prevention of publication malpractice is one of the important responsibilities of the editorial board. Any kind of unethical behavior is not acceptable, and plagiarism is not tolerated in any form. Our ethic statements are based on Elsevier recommendations and COPE's Best Practice Guidelines for Journal Editors.

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IJASCSE Volume 11 Issue 04
Composites Active Material for Detection of Faults in the Asynchronous Motor
Author:
Amar REGAZ; Materials Science and Informatics Laboratory, University of Djelfa, Algeria.
Co-Authors (s) :
Larbi BOUKEZZI, Boubakeur ZEGNINI, Djellali MAHI-- Materials Science and Informatics Laboratory, University of Djelfa, Algeria. University of Lagouat, Algeria.
Keywords:
Piezoelectric, Magnetostrictive, BRB defects diagnosis, asynchronous machine.
e-Mail:
a_regaz@yahoo.fr
Abstract::
In this work, we detected the defects of the asynchronous electric machine under normal conditions and without load by installing multi-layer sensor active materials at the stator (Terfenol-D and PZT-5H). The magnetic field in the stator deforms the magnetostrictive layers and this distortion in turn affects the piezoelectric layer, which leads to the polarization of this layer and the appearance of a potential difference between their terminals. We chose the finite element method for the numerical solution. This method is a more powerful and versatile numerical technique for handling problems involving complex geometries and inhomogeneous media.
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AN INTELLIGENT METHOD TO ESTIMATE THE FLASHOVER OF HIGH VOLTAGE INSULATORS
Author:
Riad Lakhdar KHERFANE;Faculty of applied sciences, University of Kasdi Merbah Ouargla 30000 Algeria
Co-Authors :
Samir KHERFANE, Naas KHERFANE, Fouad KHODJA, Abderrahmane AMARI, Mimoun YOUNES; University Ziane Achour, University Saad Dahleb Blida1, University Djilali Lyabes Sidi Belabès, Algeria
Key words::
Flashover, High voltage insulator, Fireflies algorithm (FFA), Critical voltage, ESDD.
e-Mail:
rilakh@yahoo.fr
Abstract::
In this work we tried to contribute in solving the problem of flashover in polluted high voltage insulators. For this purpose, metaheuristic methods, namely fireflies algorithm, have been used to solve the Obenaus equation which is practically the only mathematical model that simulates this phenomenon. The results obtained demonstrate the high precision of the approach used.
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