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hanane azoui
hanane azoui
Professeur de physique, Université de Batna1
在 univ-batna.dz 的电子邮件经过验证
标题
引用次数
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Three-dimensional numerical investigation of convective thermal instabilities in the sapphire melt for czochralski growth process
H Azoui, D Bahloul, N Soltani
Fluid Dynamics & Materials Processing, 14 (2), 87-105, 2018
32018
NumericaNumerical simulation of the crystal growth of Ti: Al2O3 material by the mu-PD Technology
H Azoui, A Laidoune, D Haddad, D Bahloul, F Merrouchi
Journal of New Technology and Materials 6 (2), 102-110, 2016
22016
Modélisation des processus de croissance cristalline des fibres préformées
H Azoui
UB1, 2018
2018
Numerical investigation of three-dimensional heat transfer and natural convection in the sapphire melt for Czochralski growth process
H Azouia, N Soltanib, D Bahloula
JOURNAL OF NEW TECHNOLOGY AND MATERIALS 8 (1), 48-57, 2018
2018
Perpindahan panas dan massa dalam perkembangan bahan safir titanium doped dengan teknik μ-PD
H Azoui, A Laidoune, D Haddad, D Bahloul
Mekanika Kekuatan Material V, 530, 2017
2017
Heat and Mass Transfer in the Growth of Titanium Doped Sapphire Material with the μ-PD Technique
H Azoui, A Laidoune, D Haddad, D Bahloul
Applied Mechanics, Behavior of Materials, and Engineering Systems: Selected …, 2017
2017
Numerical Simulation Of The Imulation Crystal Rystal Growth Of Ti: al Rowth Al2o3 Material By The µ-pd Technology
H Azoui, A Laidoune, D Haddad, D Bahloul, F Merrouchi
Oum-El-Bouaghi University, 2016
2016
Simulation numérique de la croissance cristalline du Al2O3: Ti: Etude numérique de la zone fondue et de la distribution des dopants lors de la croissance cristalline du saphir: Ti
H Azoui, D Bahloul, A Laidoune
Éditions universitaires européennes, 2016
2016
Etude des propriétés de la zone liquide de la croissance cristalline par la technique-pulling down
H Azoui
Batna, 2012
2012
Numerical Numerical simulation of the imulation of the imulation of the crystal growth of Ti: Al rowth of Ti: Al2O3 material by the µ-PD Technology PD Technology
H Azouia, A Laidounea, D Haddadb, D Bahloula, F Merrouchi
Numerical Simulation of The Solidification of Al2O3 Material in the Czochralski (Cz) System
H Azoui, N Soltani, D Bahloul, S Rahal
WITAM-2016, 118, 0
Numerical simulation of the crystal growth process of titanium doped sapphire fibers by the micro-pulling down technique
H Azoui, A Laidoune, D Bahloul
Numerical simulation of the crystal growth pr sapphire fibers by the micro
H AZOUI, A LAIDOUNE, D HADDAD
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