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John J. Myers, Ph.D. P.E.

Professor, Structural Engineering and Director, Missouri Center for Transportation Innovation

Disciplines

  • Architectural Engineering
  • Civil and Environmental Engineering
  • Structural Engineering

Research Interests

  • Structures/high performance concrete (HPC) behavior and durability performance
  • Fiber-reinforced polymers (FRP) in structural repair and strengthening applications with an emphasis related to concrete and masonry structures, and their durability performance
  • Development of environmentally sensitive construction materials

View by

  1. Civil and Environmental Engineering

Discipline

    1. Civil and Environmental Engineering
    2. Structural Engineering 7
    3. Architectural Engineering 5
    4. Transportation Engineering 2
    5. Materials Science and Engineering 2

Research Interest

    1. Advanced cement based materials for sustainable construction 1
    2. Advanced signal processing 1
    3. Advanced testing techniques for geo-material characterization 1
    4. Aerosol Instrumentation 1
    5. Aerosol Physics 1
    1. Application of Fiber Reinforced Polymers (FRP) in strengthening and repair of masonry/reinforced concrete structures 1
    2. Behavior of air bubbles during flow under pressure 1
    3. Big data analytics and applications in transportation engineering 1
    4. Biofiltration/Membrane biofiltration - biological air pollution control 1
    5. Biological wastewater treatment 1
    6. Building commissioning 1
    7. Building systems and system efficiency 1
    8. Capacitive deionization 1
    9. Cement and Concrete Chemistry 1
    10. Colloids and Interfacial Engineering 1
    11. Combustion 1
    12. Complex Fluids and Rheology 1
    13. Composite materials 1
    14. Computational mechanics and applied mathematics 1
    15. Constructed wetlands 1
    16. Constructed wetlands/Biochemical reactors for metals removal 1
    17. Construction 1
    18. Construction management 1
    19. Cost effectiveness of technology 1
    20. Damage-free bridge columns 1
    21. Design and performance of advanced construction and repair materials, including high-performance concrete, self-consolidating concrete, underwater concrete, and specialty grouts 1
    22. Design cost effective clean alternative energy 1
    23. Develop new building technologies and practices, through the use of materials and methodology 1
    24. Development of educational apps for engineering students 1
    25. Development of environmentally sensitive construction materials 1
    26. Development of novel test methods to evaluate rheology and workability of cement-based materials 1
    27. Driving safety and insurance telematics 1
    28. Durability of cement-based materials in aggressive environments 1
    29. Dynamic segregation during flow 1
    30. Effect of placement on homogeneity of concrete 1
    31. Energy and Environment 1
    32. Engineering Education 1
    33. Engineering Mechanics 1
    34. Engineering characterization and modeling of asphalt cement 1
    35. Environmental hydraulics 1
    36. Environmental remediation 1
    37. Fate and transport of heavy metals in environment 1
    38. Fiber reinforcement 1
    39. Fiber-reinforced polymers (FRP) in structural repair and strengthening applications with an emphasis related to concrete and masonry structures, and their durability performance 1
    40. Fluid mechanics 1
    41. Foundation on expansive and collapsible soils 1
    42. Frozen ground engineering 1
    43. Generate intelligent responsive building systems 1
    44. Geotechnical applications in pavement engineering 1
    45. Geothermal and ground source heat pump systems 1

Organization

    1. Civil, Architectural and Environmental Engineering 23
    2. Center for Research in Energy and Environment (CREE) 8
    3. Center for Science, Technology, and Society (CSTS) 3
    4. Materials Research Center 2
    5. Center for Infrastructure Engineering Studies (CIES) 2

Position

    1. Faculty Member 27