Materials Science and Engineering
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Academic Department|
Organization
individual record
Research Areas:
Functionally gradient materials,
Metals--Fracture,
Artificial intelligence,
Energy storage,
Materials,
Pharmaceutical industry,
Porous materials,
Lasers--Industrial applications,
Structural dynamics,
Plasticity,
Natural gas--Storage,
Three-dimensional printing,
Metal-organic frameworks,
Corrosion and anti-corrosives,
Catalysis,
Machining,
Smart materials,
Energy conversion,
Engineering--Education,
Gases--Separation,
Fracture mechanics,
Surface chemistry,
Rietveld method,
Manufacturing processes,
Electric batteries,
Stress corrosion,
Thermal analysis,
Mechanics,
Electromagnetic interference,
Electrocatalysis,
Polymers,
Mechanical engineering,
Phase transformations (Statistical physics),
Magnetic materials,
Nanotechnology,
Nonlinear theories,
Photocatalysis,
Scanning probe microscopy,
Composite materials,
Mathematical optimization,
Magnesium alloys,
Tribology,
Interfaces (Physical sciences),
Materials science,
Metallurgy,
Adhesives,
Nanostructured materials,
Heat storage,
Coatings,
Thin films,
Hydrogen--Storage,
Two-dimensional materials,
Computer simulation,
Electrochemistry,
Solids,
Supercapacitors
