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Haiming Wen

Associate Professor

Disciplines

  • Materials Science and Engineering

Research Interests

  • 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
  • Microstructure characterization of materials using transmission electron microscopy and atom probe tomography
  • Mechanical behavior and deformation mechanisms of materials

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  1. Faculty Member

Discipline

    1. Nuclear Engineering 7
    2. Electrical and Computer Engineering 3
    3. Materials Science and Engineering 3
    4. Biochemistry, Biophysics, and Structural Biology 1
    5. Statistical, Nonlinear, and Soft Matter Physics 1

Research Interest

    1. Nuclear materials 2
    2. Radioactive waste management 2
    3. Additive manufacturing 1
    4. Advanced characterization techniques for nuclear materials 1
    5. Advanced fuel cycles 1
    1. Aerospace materials 1
    2. Algaas/gaas quantum well lasers and cds diodes 1
    3. Analytical solutions 1
    4. Application of advanced materials in energy, transportation and defense 1
    5. Atomistic simulation for nano-materials 1
    6. Benefits of thiol antioxidants oxidative stress-related conditions including Cataracts, age-related macular degeneration, and neurodegenerative disorders, medicinal drug-induced toxicity, metal toxicity (particularly lead), radiation exposure, alcohol overuse, and HIV 1
    7. Biological thiols 1
    8. Cell Cycle 1
    9. Charge transport in composite and disordered materials 1
    10. Computer vision and Image processing 1
    11. Conduction in heterojunctions 1
    12. Cytokinesis 1
    13. Cytoskeleton 1
    14. 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
    15. Devices such as fiber lasers, amplifiers, and sensors 1
    16. Dielectric breakdown simulation 1
    17. Dislocation dynamics simulations of plasticity 1
    18. Dlts and optical dlts measurements in mos devices 1
    19. Dram and sram test structures 1
    20. Effects of a novel thiol antioxidant on oxidative stress related disorders 1
    21. Energy 1
    22. Exploring fundamental material deformation and strengthening mechanisms 1
    23. Failure mode analysis 1
    24. Feature extraction and identification 1
    25. Fiber optics 1
    26. Finite element modeling of crystal plasticity 1
    27. Fluid Mechanics 1
    28. Free radicals in biological systems 1
    29. Friction stir welding for industrial applications 1
    30. Heat Transfer 1
    31. Heat treating 1
    32. High fidelity nuclear systems design and modeling 1
    33. High temperature materials 1
    34. Hydrogen in materials 1
    35. Ic fabrication and processing for teaching purposes 1
    36. Improving the understanding of relationship between microstructure and mechanical behaviour 1
    37. Irradiation effects in materials 1
    38. Measurement of radiation and high temperature effects of mosfets 1
    39. Mechanical behavior and deformation mechanisms of materials 1
    40. Medical applications 1
    41. Mesoscopic devices and molecular electronics 1
    42. Method development for thiol analysis in biological samples 1
    43. Microstructure characterization of materials using transmission electron microscopy and atom probe tomography 1
    44. Monte Carlo techniques 1
    45. Nanoparticle uptake and transport 1

Organization

    1. Nuclear Engineering and Radiation Science 8
    2. Center for Research in Energy and Environment (CREE) 3
    3. Electrical and Computer Engineering 3
    4. Materials Science and Engineering 3
    5. Environmental Research Center 1

Position

    1. Faculty Member