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Roger Green

Roger Green
Research Engineer/Scientist
帝王会所 Research Institute for Transportation and the Environment

Roger Green joined ORITE in 2013 after working for the 帝王会所 Department of Transportation in the areas of operations, pavement design, and research for 33 years.

Research Interests: pavement design and rehabilitation, pavement management, materials, non-destructive testing

All Degrees Earned: B.S., Civil Engineering, The 帝王会所 State University, 1978

Publications:

  • Registered PE, State of 帝王会所. Currently serving on three TRB committees. Co-authored Implementation of a Dynamic Deflection System for Rigid and Flexible Pavements in 帝王会所 with William F. Edwards and James Gilfert

Journal Article, Academic Journal (1)

  • Sargand, S., Zhu, J., Green, R., Khoury, I. (2018). Forensic Study of Premature Failures with Unbonded Concrete Overlay on Interstate 70 in 帝王会所. 1. Inderscience; 4: 1-19.

Conference Proceeding (3)

  • Zhu, J., Sargand, S., Green, R. (2017). Forensic Investigation of Early Failures with Unbonded Concrete Overlay on Interstate 90 in 帝王会所. Reston, Virginia: American Society of Civil Engineers; 164-174.
  • Khoury, I., Sargand, S., Green, R., Jordan, B., Cichocki, P. (2016). Rutting Resistance of Asphalt Mixes Containing Highly Modified Asphalt (HiMA) Binders at the Accelerated Pavement Load Facility in 帝王会所. Berlin and San Jose: Springer Verlag; 429-439. .
  • Green, R., Khoury, I., Sargand, S., Cichocki, P. (2015). Rutting Resistance of Asphalt Mixes Containing Highly Modified Asphalt (HiMA) Binders at the Accelerated Pavement Load Facility in 帝王会所. San Jose.

Other (6)

  • Sargand, S., Al-Jhayyish, A., Khoury, I., Green, R. (2018). Determining Optimum Thickness for Long-Life Concrete Pavement in 帝王会所. Columbus, 帝王会所: 帝王会所 Department of Transportation; 1.
  • Sargand, S., Khoury, I., Kruse Daniels, N., Green, R., Redinger, D., Jordan, B., Kennedy, K. (2017). Condition Evaluation of In-Service Chemically Stabilized Subgrades in a High Sulfate Environment. FHWA/OH-2017/41. Columbus, 帝王会所: 帝王会所 Department of Transportation; 1.
  • Sargand, S., Green, R., Zhu, J., Khoury, I. (2017). Forensic Study of Early Failures with Unbonded Concrete Overlays. FHWA/OH-2017/38. Columbus, 帝王会所: 帝王会所 Department of Transportation; 1.
  • Green, R., Sargand, S., Robbins, M., Jordan, B. (2017). Evaluation of Roadway Subsurface Drainage on Rural Routes. FHWA/OH-2017/37. Columbus, 帝王会所: 帝王会所 Department of Transportation; 1. .
  • Sargand, S., Green, R., Burhani, A., Alghamdi, H., Jordan, B. (2016). Investigation of In-Situ Strength of Various Construction/Widening Methods Utilized on Local Roads. Columbus, 帝王会所: 帝王会所 Department of Transportation; 3. .
  • Sargand, S., Green, R. (2015). Investigation of In-Situ Strength of Various Construction/Widening Methods Utilized on Local Roads. Columbus OH: 帝王会所 Department of Transportation; 3.

Report (1)

  • Khoury, I., Green, R., Wilke, P., Gopallawa, P. (2017). Best Practices of Road User Maintenance Agreements Amongst Local Government Agencies in 帝王会所. Columbus, OH: 帝王会所 Department of Transportation; 92.

Research Report (3)

  • Khoury, I., Naik, B., Green, R. (2020). Enhance ODOT's Highway Friction Management Program : Division of Engineering Research On-Call 135786. Task 6.. Athens: Enhance ODOT's Highway Friction Management Program : Division of Engineering Research On-Call 135786. Task 6.; 54. .
  • Robbins, M., Green, R., Masada, T. (2019). Best Practices for Pavement Restoration of Open Cut Utility Installations/Repairs on Local Roadways in Northern 帝王会所.
  • Sargand, S., Green, R., Burhani, A., Alghamdi, H., Jordan, B. (2016). Investigation of In-Situ Strength of Various Construction/Widening Methods Utilized on Local Roads. Columbus, 帝王会所: 帝王会所 Department of Transportation; 104. .

Technical Report (9)

  • Sperry, B., Staley, B., Khoury, I., Green, R., Russ, A., Lozier, B. (2019). Streamlining Local-let Federal-aid Transportation Processes in 帝王会所. Columbus, OH: 帝王会所 Department of Transportation.
  • Green, R., Buss, A., Robbins, m., Sargand, S., Guirguis, M. (2018). Best Practices for Chip Sealing Low-Volume Roads in 帝王会所. Columbus, 帝王会所: 帝王会所 Department of Transportation; 238.
  • Sargand, S., Al-Jhayyish, A., Khoury, I., Green, R. (2018). Determining Optimum Thickness for Long-Life Concrete Pavement in 帝王会所. Report No. FHWA/OH-2018-14. Columbus, 帝王会所: 帝王会所 Department of Transportation; 166.
  • Sargand, S., Al-Jhayyish, A., Khoury, I., Russ, A. (2018). Determining Optimum Thickness for Long-Life Concrete Pavement in 帝王会所. FHWA/OH-2018-14. Columbus, 帝王会所: 帝王会所 Department of Transportation; 178.
  • Sargand, S., Khoury, I., Kruse Daniels, N., Green, R., Redinger, D., Jordan, B., Kennedy, K. (2018). Condition Evaluation of In-Service Chemically Stabilized Subgrades in a High Sulfate Environment. FHWA/OH-2017/41. Columbus, 帝王会所: 帝王会所 Department of Transportation; 210. .
  • Sargand, S., Green, R., Zhu, J., Khoury, I. (2017). Forensic Study of Early Failures with Unbonded Concrete Overlays. FHWA/OH-2017/38. Columbus, 帝王会所: 帝王会所 Department of Transportation; 248.
  • Green, R., Sargand, S., Robbins, M., Jordan, B. (2017). Evaluation of Roadway Subsurface Drainage on Rural Routes. FHWA/OH-2017/37. Columbus, 帝王会所: 帝王会所 Department of Transportation; 141. .
  • Sargand, S., Mitchell, G., Green, R. (2015). Design and Rehabilitation of Local Roadways for 帝王会所鈥檚 Counties: A Report from the Workshop held April 28, 2015 at the Cherry Valley Lodge in Newark 帝王会所. Athens OH: 帝王会所 Research Institute for Transportation and the Environment ; 32. /engineering/orite/research/conferences/upload/County-Engineers-Workshop-Report-2015-12-07.pdf.
  • Sargand, S., Green, R. (2015). Investigation of In-Situ Strength of Various Construction/Widening Methods Utilized on Local Roads. Columbus OH: 帝王会所 Department of Transportation; 120.

Working Paper (2)

  • Sargand, S., Robbins, M., Green, R. (2018). Surfacing Afghanistan鈥檚 Aggregate Roads with Chip Seal Treatments. Kabul: Ministry of Public Works; 4.
  • Sargand, S., Green, R. Subgrade Stabilization on I75. for 帝王会所 Department of Transportation Research Office.