Ibrahem Mohamed, Hanem

hanemibrahem@edu.asu.edu.eg
Department of Physics - Education
Internal ID: rp11324
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Ibrahem Mohamed, Hanem
 
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Publications

Results 1-13 of 13 (Search time: 0.0 seconds).

Issue DateTitleAuthor(s)
12026An experimental/theoretical investigation of optical absorption properties for chalcogenide composition in thin-film form: prediction study using an artificial neural network modelA. E. Saad; Ibrahem Mohamed, Hanem ; R. A. Mohamed; H. E. Atyia; M.Y.El-Bakry 
22026Electronic and adsorption properties of the Zigzag-Edged triangle graphene flakes doped with transition metal: DFT investigationOsman, Hayam ; a.m.el mahdy ; Ibrahem Mohamed, Hanem ; E. A. El-Wanees
33-Jan-2025Investigation and predictive modeling of the optical behavior of chalcogenide thin film using different artificial neural network techniqueIbrahem Mohamed, Hanem ; H. E. Atyia; R. A. Mohamed
42025A theoretical and experimental study on indentation creep with x-silica addition to an Al–8Zn composite alloy, based on Adaptive Neuro-Fuzzy Inference System (ANFIS)Eman AbdElRhiem; Ibrahem Mohamed, Hanem ; Saad G. Mohamed; Yosry F. Barakat; Shereen M. Abdelaziz
52-Jul-2024Simulation and Prediction of Creep Rate, Activation Energy, and Rupture Time of Sn94Sb5Ag1 Lead-Free Solder Alloy Using Artificial Neural Network Modeling.Ibrahem Mohamed, Hanem ; D.M.Habashy ; M.M.Mousa
61-May-2024From experimentation to prediction: comprehensive study of dielectric properties through experimental research and theoretical modelingAtyia, H. E.; Habashy, D. M. ; Ibrahem Mohamed, Hanem 
71-Mar-2024“Adsorption of gases on doped graphene quantum dots with (TM = Ni, Pd, and Pt): DFT and TD-DFT investigation”Taha, H. O.; Ibrahem Mohamed, Hanem ; El Mahdy, A. M.
82024Simulation and Prediction of Creep Rate, Activation Energy, and Rupture Time of Sn94Sb5Ag1 Lead-Free Solder Alloy Using Artificial Neural Network ModelingIbrahem Mohamed, Hanem ; D. M. Habashy; M. M. Mousa
911-Sep-2023Exploring conduction mechanisms in chalcogenide thin films: an experimental and soft computing approach with ANN and GP techniquesD. M. Habashy, ; Ibrahem Mohamed, Hanem ; H. E. Atyia,
102023Modeling and experimental investigation of indentation creep behavior of hypoeutectic Sn-Bi and Sn-Bi- Sb2O3 alloys using genetic programming approachShereen M. Abdelaziz ; Ibrahem Mohamed, Hanem ; A F Abd El-Rehim; D M Habashy
11Jul-2009The high conductivity of defect fullerene C40 cageH.I.LBDA 
1215-Nov-2008Radiation Damage and Dimensional ChangesH.I.LBDA 
1315-Nov-2007Wigner energy release of clustering vacancy defects irradiated graphiteAA El-Barbary; Ibrahem Mohamed, Hanem ; MA Kamel