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Eugene A. Amarh
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Nondestructive in situ characterization of elastic moduli of full-depth reclamation base mixtures
EA Amarh, W Fernandez-Gómez, GW Flintsch, BK Diefenderfer, ...
Transportation Research Record 2641 (1), 1-11, 2017
162017
Eight-year field performance of Portland cement and asphalt stabilized full-depth reclamation projects
EA Amarh, GW Flintsch, W Fernández-Gómez, BK Diefenderfer, ...
International Airfield and Highway Pavements Conference 2019, 263-272, 2019
62019
Development of pavement performance prediction models for in-situ recycled pavements in Virginia
EA Amarh, J Santos, GW Flintsch, BK Diefenderfer
Pavement, Roadway, and Bridge Life Cycle Assessment 2020, 482-492, 2020
32020
Evaluating the Mechanical Properties and Long-Term Performance of Stabilized Full-Depth Reclamation Base Materials
EA Amarh
Virginia Tech, 2017
32017
Evaluating the potential environmental benefits of cold recycling-based methods for flexible pavement rehabilitation in Virginia
EA Amarh, J Santos, GW Flintsch, BK Diefenderfer
Transportation Research Record 2676 (6), 75-86, 2022
22022
On the TSD deflection velocity measurements: a revision to the current state of the art and discussion over its applicability for concrete pavement assessment
M Scavone, SW Katicha, GW Flintsch, E Amarh
International Journal of Pavement Engineering 24 (2), 2138881, 2023
12023
Development of Roughness Prediction Models for Life Cycle Assessment Studies of Recycled Pavement Projects
EA Amarh, GW Flintsch, J Santos, BK Diefenderfer
Transportation Research Record 2675 (12), 449-463, 2021
12021
Estimating Load Transfer Efficiency for Jointed Pavements from TSD Deflection Velocity Measurements
M Scavone, SW Katicha, GW Flintsch, E Amarh
Transportation Research Record 2678 (1), 583-594, 2024
2024
Life-Cycle Impact Assessment of Recycled Pavement Projects in Virginia
EA Amarh, SW Katicha, GW Flintsch, BK Diefenderfer
Virginia Transportation Research Council (VTRC), 2021
2021
Quantifying the Service Life and Potential Environmental Benefits of Recycled Asphalt Pavements
EA Amarh
Virginia Tech, 2021
2021
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