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Pr. Kamel MEFTAH
Research Professor
Faculty of Technology, University of Batna 2
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2021
Meftah K., Sedira L. AA
.
A six-node prismatic solid finite element for geometric nonlinear problems in elasticity
. Mathematics and Computers in Simulation [Internet]. 2021;182 :143-164.
Publisher's Version
2020
Meftah K
.
Analyse non linéaire des plaques de Reissner-Mindlin
. Editions Universitaires Européennes.; 2020 pp. 133.
Publisher's Version
Ayadi A., Meftah K. SL
.
Elastoplastic analysis of plane structures using improved membrane finite element with rotational DOFs
. Frattura ed Intergità Strutturale [Internet]. 2020;14 (52) :148-162.
Publisher's Version
Meftah K. SL
.
A six-node prismatic solid finite element for laminated composites
. Composites: Mechanics, Computations, Applications, An International Journal [Internet]. 2020;11 (3) :267-285.
Publisher's Version
2019
Djaballah S., Meftah K. KKTMSL
.
Detection and diagnosis of fault bearing using wavelet packet transform and neural network
. Frattura ed Intergità Strutturale [Internet]. 2019;13 (49) :291-301.
Publisher's Version
Meftah K. SL
.
A nonlinear elasto-plastic analysis of Reissner-Mindlin plates by finite element method
. Frattura ed Intergità Strutturale [Internet]. 2019;13 (50) :281-290.
Publisher's Version
Guerbaai S. TM, Meftah K. OA
.
Numerical study of fluid flow through a confined porous square cylinder
. Acta Universitatis Sapientiae, Electrical and Mechanical Engineering [Internet]. 2019;11 :87-98.
Publisher's Version
Ayadi A., Meftah K. SLDH
.
An eight-node hexahedral finite element with Rtational DOFs for elastoplastic applications
. Acta Universitatis Sapientiae, Electrical and Mechanical Engineering [Internet]. 2019;11 :54-66.
Publisher's Version
Meftah K. SL
.
A four-node tetrahedral finite element based on Space Fiber Rotation concept
. Acta Universitatis Sapientiae, Electrical and Mechanical Engineering [Internet]. 2019;11 :67-78.
Publisher's Version
2018
Meftah K
.
Modélisation numérique des solides par éléments finis volumiques
. Editions Universitaires Européennes.; 2018 pp. 241.
Publisher's Version
2016
Sedira L., Hammadi F. AR, Meftah K., Ayad R. HM
.
Discrete-Mindlin finite element for nonlinear geometrical analysis of shell structures
. Computational and Applied Mathematics [Internet]. 2016;35 :951–975.
Publisher's Version
Meftah K., Zouari W. SLAR
.
Geometric non-linear hexahedral elements with rotational DOFs
. Computational Mechanics [Internet]. 2016;57 :37–53.
Publisher's Version
2015
Meftah K., Sedira L. ZWARHM
.
A multilayered 3D hexahedral finite element with rotational DOFs
. European Journal of Computational Mechanics [Internet]. 2015;24 :107–128.
Publisher's Version
2014
Zouari W. AM, Meftah K. AR
.
Free vibration analysis of structures with elastic and piezoelectric behaviors using specific hexahedral elements with rotational DOFs.
Acta Mechanica [Internet]. 2014;226 :1737–1756.
Publisher's Version
2013
Ayad R. ZW, Meftah K., Ben Zineb T. BA
.
Enrichment of Linear Hexahedral Finite Elements using Rotations of a Virtual Space Fiber
. International Journal for Numerical Methods in Engineering [Internet]. 2013;95 :46–70.
Publisher's Version
2012
Meftah K., Ayad R. HM
.
A new 3D 6-node solid finite element based upon the “Space Fibre Rotation” concept
. European Journal of Computational Mechanics [Internet]. 2012;22 :1–29.
Publisher's Version
Ghomari T., Meftah K. ARTN
.
A space fiber as added value in finite element modelling for optimal analysis of problems involving contact
. European Journal of Computational Mechanics [Internet]. 2012;21 :141–57.
Publisher's Version
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Recent Publications
A six-node prismatic solid finite element for geometric nonlinear problems in elasticity
Elastoplastic analysis of plane structures using improved membrane finite element with rotational DOFs
A six-node prismatic solid finite element for laminated composites
Analyse non linéaire des plaques de Reissner-Mindlin
Detection and diagnosis of fault bearing using wavelet packet transform and neural network
A nonlinear elasto-plastic analysis of Reissner-Mindlin plates by finite element method
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