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  1. Materials Science and Engineering
  2. Materials Science and Engineering

Discipline

    1. Materials Science and Engineering
    2. Ceramic Materials 12
    3. Metallurgy 10
    4. Structural Materials 3
    5. Data Science 2

Research Interest

    1. Composition-structure-property relationships in materials 2
    2. Design, discovery, and implementation of sustainable cementitious binders for infrastructure 2
    3. Experimental characterization and thermo-kinetic simulation of reactions and microstructural evolution in materials 2
    4. Machine learning and artificial intelligence 2
    5. Ultra-high temperature ceramics 2
    1. Additive Manufacturing 1
    2. Additive manufacturing 1
    3. Advanced ceramics: Processing, sintering, and microstructure control of ceramics 1
    4. Aerospace materials 1
    5. Age strengthening of cast irons 1
    6. Application of advanced materials in energy, transportation and defense 1
    7. Applications of reaction processing for composite materials synthesis 1
    8. Applied Mathematics 1
    9. Aqueous process and electrochemistry of metals especially hydro- and electrometallurgy for the primary production of non-ferrous metals 1
    10. Atomistic simulation for nano-materials 1
    11. Best Practices for Teaching and Advising 1
    12. Biologic Drug Delivery 1
    13. Biomaterials 1
    14. Biomaterials and tissue engineering: Bioactive ceramics and glasses 1
    15. Boron and boron compounds 1
    16. Calcium phosphate-based drug delivery devices 1
    17. Calorimetry and mechanical behavior of materials 1
    18. Cancer Therapy 1
    19. Cast Alloy Machinability 1
    20. Ceramic Materials 1
    21. Ceramic Matrix Composites 1
    22. Ceramic Processing 1
    23. Ceramics 1
    24. Ceramics for orthopedics 1
    25. Cerium oxide coatings for corrosion protection of aluminum 1
    26. Characterization of material surfaces and interface 1
    27. Chemical, mineralogical and microstructural analysis of refractory materials, in particular magnesia-graphite, alumina-silicon carbide-graphite, cordierite and mullite 1
    28. Composites 1
    29. Computational Mechanics and Material Science 1
    30. Computational and Experimental Physical Metallurgy (Thermodynamics, Heat and Mass Transfer) 1
    31. Computational materials science 1
    32. Conductivity 1
    33. Controlled Radical Polymerization 1
    34. Curriculum enhancement for graduate workforce readiness 1
    35. Data analysis and Optimization 1
    36. Design and characterize glass materials 1
    37. Development and fabrication of advanced materials such as bulk nanostructured alloys, high entropy alloys and bulk metallic glasses with dramatically improved mechanical properties and irradiation resistance than conventional materials 1
    38. Diamond polytypes 1
    39. Diamond structure elements 1
    40. Diamond, silicon and germanium, and their physical and transmission properties 1
    41. Dislocation dynamics simulations of plasticity 1
    42. Dynamic behaviour or materials at high strain-rates 1
    43. Electron microscopy 1
    44. Energy Materials: Fuel Cells and Hydrogen Technologies, High Energy Density Capacitors, Nanostructured Dielectrics, High Temperature Superconductors 1
    45. Experimental and theoretical aspects of phase transformations 1

Organization

    1. Materials Science and Engineering
    2. Kent D. Peaslee Steel Manufacturing Research Center 9
    3. Materials Research Center 4
    4. Center for Research in Energy and Environment (CREE) 2
    5. Graduate Center for Materials Research 2

Position

    1. Faculty Member 25
    2. Emeritus Faculty 7
    3. Non-Academic Position 1