Research Areas
Biography and Research Information
OverviewAI-generated summary
Jackson Hedden's research investigates materials science topics related to infrastructure, with a focus on asphalt and sealant materials. His work includes comparing lab-produced asphalt emulsions based on manufacturing equipment and assessing the rheological performance of innovative sealant materials using traditional Superpave binder equipment. Hedden has also explored the low-temperature performance of innovative sealant-treated asphalt surfaces using the bending beam rheometer. His research extends to pavement analysis, including a comparative life-cycle cost analysis of flexible and rigid pavement systems, with a case study focused on roadway sections in Arkansas. Hedden has a h-index of 1 and has authored 5 publications, which have garnered 4 citations. He frequently collaborates with researchers at the University of Arkansas at Fayetteville, including Anik Roy, Andrew Braham, Toluwanimi Ogundipe, and Amarjeet Tiwari.
Metrics
- h-index: 2
- Publications: 5
- Citations: 6
Selected Publications
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Comparison of three flexible pavement structural design methodologies for four Arkansas roadways (2026)
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Exploring the Low-Temperature Performance of Innovative Sealant-Treated Asphalt Surfaces Using the Bending Beam Rheometer (2026)
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Assessing Rheological Performance of Innovative Sealant Materials Using Traditional Superpave Binder Equipment (2026)
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Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections (2025)
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Comparison of lab-produced asphalt emulsions by manufacturing equipment type (2024)
Collaboration Network
Top Collaborators
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Assessing Rheological Performance of Innovative Sealant Materials Using Traditional Superpave Binder Equipment
- Exploring the Low-Temperature Performance of Innovative Sealant-Treated Asphalt Surfaces Using the Bending Beam Rheometer
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Assessing Rheological Performance of Innovative Sealant Materials Using Traditional Superpave Binder Equipment
- Exploring the Low-Temperature Performance of Innovative Sealant-Treated Asphalt Surfaces Using the Bending Beam Rheometer
- Comparison of lab-produced asphalt emulsions by manufacturing equipment type
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Comparative life-cycle cost analysis of flexible and rigid pavement: a case study of four Arkansas roadway sections
- Assessing Rheological Performance of Innovative Sealant Materials Using Traditional Superpave Binder Equipment
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