ScholarWorks@SUNGKYUNKWAN UNIVERSITY: KOTIBA, HAMAD

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KOTIBA, HAMAD (하마드코티바)

Engineering (Advanced Materials Science and Engineering)

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Machine learning:11||Mechanical properties:9||Differential speed rolling:7||Microstructure:6||Texture:6||EBSD:5||Magnesium:5||microstructure:4||Annealing:4||Polylactic acid:3||formability:3||DFT:3||Electrochemical impedance spectroscopy:3||machine learning:3||Ductility:3||Potentiodynamic polarization:3||Strength:3||severe plastic deformation:2||slip systems:2||Feature selection:2||Plasticity:2||texture:2||Electron backscattered diffraction:2||Magnesium alloys:2||AZ31–0.5Ca:2||Blends:2||Properties:2||differential speed rolling:2||Mg alloys:2||Al alloy:2||Ionic conductivity:2||magnesium:2||Polystyrene:2||Structure:2||Superplasticity:2||Liion battery:2||Hardness:2||Calcium:2||Carbon nanotube:2||Dispersion:1||Ductilebrittle:1||Electrical properties:1||Electroplating:1||Elongation to fracture:1||Feature generation:1||Features:1||Figureofmerit:1||Flow characteristics:1||Formability:1||Friction stir welding:1||Functionalization:1||Graded exercise test:1||Gradient boosted tree:1||Grain growth:1||Grain size:1||Heat treatment:1||High entropy ceramics:1||Hot compression:1||Hubborder architecture:1||ICSD:1||IF steel:1||IGMA:1||Intermetallic compounds:1||Interstitialfree (IF) steel:1||Interstitialfree (IF)steel:1||Intrinsic hardness:1||Iron:1||KAM:1||Liphonon band center:1||Lowcarbon steel:1||MP:1||Machine learning model:1||Magnesium alloy:1||Magnesiumbased materials:1||Magpie:1||Metallurgy:1||Metals and alloys: AZ310.5Ca alloy:1||Microstructure evolution:1||Molecular dynamics:1||Multiobjective evolutionary:1||Multiscale simulation:1||Naion battery:1||Ni alloy 617:1||OQMD:1||Oxygen uptake:1||Parameter optimization:1||Perpassthickness reduction:1||Perovskitestructured material:1||Phosphorous:1||Photocatalytic activity:1||Poly(butylene) succinate:1||Post weld heat treatment:1||Processstructure–property relationship:1||Processing:1||Sacrificial coatings:1||Scanning electron microscopy:1||Seebeck effect:1||Severe plastic deformation:1||Slip system:1||Solid electrolytes:1||Solidstate electrolytes:1||Sport science:1||Steel:1||Strain rate:1||Thermal properties:1||Thermal stability:1||Thermoelectric materials:1||Thermomechanical compatibility:1||Titania:1||Twinning:1||VPSC:1||XGB algorithm:1||Zinc rich coatings:1||accumulated local effects:1||annealing:1||applications:1||atomistic mechanisms:1||cell viability:1||composites:1||cytotoxicity:1||deep learning:1||ductility:1||electrochemical impedance spectroscopy:1||electron back scattered diffraction:1||electron probe microanalyzer:1||feature engineering:1||grain refinement:1||grain size:1||hull energy:1||lattice thermal conductivity:1||mechanical properties:1||mechanical stability:1||perovskites:1||phonon:1||plasticity:1||prestretching:1||properties:1||random forest:1||rheological properties:1||semantic key features:1||software defect prediction (SDP):1||source code representation:1||stress concentration:1||structure optimisation:1||thermoelectric materials:1||(Mg,Al)2Ca particles:1||wood plastic composites:1||12Cr:1||5Ca:1||6061 Al alloy:1||AZ alloys:1||AZ31 Mg alloy:1||AZ310:1||AZ31Ca magnesium alloy:1||AZ61CaO alloy:1||AZX211:1||AdaBoost:1||Additive manufacturing:1||Age hardening:1||Agehardening:1||Al alloys:1||AlMgSi alloy:1||Algorithm:1||Alloy design:1||Aluminum alloys:1||Antimicrobal properties:1||Applications:1||Arrhenius plot:1||Bandgap:1||Biodegradation:1||Boron carbide:1||Butter weld:1||Coefficient of thermal expansion:1||Composites:1||Composition features:1||Constitutive analysis:1||Copper:1||Corrosion susceptibility:1||Cryogenic deformation:1||Crystal chemistry:1||Crystallization:1||Cyclic polarization:1||Deep learning:1||Defect detection:1||Differential speed rolling routes:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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