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Publications

2015
Belloula M, DRIDI H. Modeling of the flows and solid transport in the catchment area of Meskiana-Mellegue upstream (northeastern Algeria). Geogr TechGeogr Tech. 2015;10 :1-7.
Yakhlef M, Boukhtache S, Chabane M. Modeling the effect of the stress demagnetization phenomenon on the magnetic properties in a no Fe-Si 3% sheet. Serbian Journal of Electrical EngineeringSerbian Journal of Electrical Engineering. 2015;12 :237-252.
Yakhlef M, Boukhtache S, Chabane M. Modeling the effect of the stress demagnetization phenomenon on the magnetic properties in a no Fe-Si 3% sheet. Serbian Journal of Electrical EngineeringSerbian Journal of Electrical Engineering. 2015;12 :237-252.
Yakhlef M, Boukhtache S, Chabane M. Modeling the effect of the stress demagnetization phenomenon on the magnetic properties in a no Fe-Si 3% sheet. Serbian Journal of Electrical EngineeringSerbian Journal of Electrical Engineering. 2015;12 :237-252.
BENMOHAMMED, HOUDA NOUREL, BENHIZIA A. Modélisation et simulation des structures textiles. 2015.
BENMOHAMMED, HOUDA NOUREL, BENHIZIA A. Modélisation et simulation des structures textiles. 2015.
BENMOHAMMED, HOUDA NOUREL, BENHIZIA A. Modélisation et simulation des structures textiles. 2015.
Naceur S. Modélisation numérique d&⋕39;une pompe MHD à conduction par la méthode des volumes finis. 2015.
Ferroudji K, Benoudjit N, Medjili F. MODELLING OF SMART THIN FILM THERMAL-CONDUCTIVITY HUMIDITY SENSOR USING ANN. 1er Congrès National de Physique et Chimie Quantique CPCQ 2015. 2015.
Ferroudji K, Benoudjit N, Medjili F. MODELLING OF SMART THIN FILM THERMAL-CONDUCTIVITY HUMIDITY SENSOR USING ANN. 1er Congrès National de Physique et Chimie Quantique CPCQ 2015. 2015.
Ferroudji K, Benoudjit N, Medjili F. MODELLING OF SMART THIN FILM THERMAL-CONDUCTIVITY HUMIDITY SENSOR USING ANN. 1er Congrès National de Physique et Chimie Quantique CPCQ 2015. 2015.
Semcheddine S, Aitouche A. Monitoring Biological Modes in a Bioreactor Process by Computer Simulation. International Journal BioautomationInternational Journal Bioautomation. 2015;19.
Semcheddine S, Aitouche A. Monitoring Biological Modes in a Bioreactor Process by Computer Simulation. International Journal BioautomationInternational Journal Bioautomation. 2015;19.
SLIMANI S, Testas K, Bencharif I, Boukredera M, Chiheub R. Morphometric study of algerian hips: an etiological study to explain the low prevalence of hip osteoarthritis in algeria. USA; 2015.
SLIMANI S, Testas K, Bencharif I, Boukredera M, Chiheub R. Morphometric study of algerian hips: an etiological study to explain the low prevalence of hip osteoarthritis in algeria. USA; 2015.
SLIMANI S, Testas K, Bencharif I, Boukredera M, Chiheub R. Morphometric study of algerian hips: an etiological study to explain the low prevalence of hip osteoarthritis in algeria. USA; 2015.
SLIMANI S, Testas K, Bencharif I, Boukredera M, Chiheub R. Morphometric study of algerian hips: an etiological study to explain the low prevalence of hip osteoarthritis in algeria. USA; 2015.
SLIMANI S, Testas K, Bencharif I, Boukredera M, Chiheub R. Morphometric study of algerian hips: an etiological study to explain the low prevalence of hip osteoarthritis in algeria. USA; 2015.
M. Mouda, M. Djebabra and M. Chati, DJBABRA M. Mouda, M., Djebabra, M., “A Dynamic Model Proposal for the Analysis of Work Procedures. J Fail. Anal. and PrevenJ Fail. Anal. and Preven. 2015 :152–160.Abstract
This article aims to propose a model for analyzing work situations. In this context, we focus our interest on the simplification of procedures for working where the proposed model is used to analyze human behavior in response to non-compliance of work procedures. From this analysis, ways to improve work processes will be identified.
M. Mouda, M. Djebabra and M. Chati, DJBABRA M. Mouda, M., Djebabra, M., “A Dynamic Model Proposal for the Analysis of Work Procedures. J Fail. Anal. and PrevenJ Fail. Anal. and Preven. 2015 :152–160.Abstract
This article aims to propose a model for analyzing work situations. In this context, we focus our interest on the simplification of procedures for working where the proposed model is used to analyze human behavior in response to non-compliance of work procedures. From this analysis, ways to improve work processes will be identified.

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