Haopeng Wang

Contact

• workRoom C20 Pavement Engineering Building
  University Park
  Nottingham
  NG7 2RD
  UK
• work+44(0)7536 252754
• Haopeng.Wang@nottingham.ac.uk

Biography

Dr. Haopeng Wang is currently a Marie Sklodowska-Curie Individual Fellow (R&T Job Family, Level 5) at the Nottingham Transportation Engineering Center of the University of Nottingham. This fellowship was sponsored by the European Union's flagship funding program under Horizon 2020. The associated research project is "Adhesion Multiphysics of Rubberised Asphalt Binders" (AMRAB).

He graduated from School of Transportation at Southeast University where he obtained his BSc and MSc degrees in 2013 and 2016, respectively. He received his Ph.D. degree from Delft University of Technology in September 2021. His research interests include multiphysics modelling of pavement materials and structures, polymer physics and chemistry, micromechanics of infrastructure materials, damage mechanisms in asphalt mixture (fracture, fatigue and healing), and sustainable pavement materials and technologies. He has an internationally recognised track record of publications in the fields of sustainable asphalt materials and engineering mechanics. He also serves as a reviewer for both domestic and international journals. Dr. Wang is a member of several international academic associations, e.g., Transportation Research Board (TRB), RILEM, International Society for Asphalt Pavements (ISAP), Academy of Pavement Science and Engineering (APSE), and International Association of Chinese Infrastructure Professionals (IACIP). He is the recipient of several academic awards from prestigious international associations and conferences. He is also actively involved in organizing academic conferences, e.g., Transportation Research Congress (TRC) and Chinese-European Workshop on functional pavements (CEW). He also participates in several industrial innovations.

Recent Publications

• REN, S., LIU, X., GAO, Y., JING, R., LIN, P., ERKENS, S. and WANG, H., 2023. Molecular dynamics simulation and experimental validation on the interfacial diffusion behaviors of rejuvenators in aged bitumen: Materials and Design Materials and Design. 226,
• HU, Y., XIA, W., XUE, Y., ZHAO, P., WEN, X., SI, W., WANG, H., ZHOU, L. and AIREY, G. D., 2023. Evaluating the ageing degrees of bitumen by rheological and chemical indices: Road Materials and Pavement Design Road Materials and Pavement Design.
• WANG, H., AIREY, G. D., LENG, Z. and LU, G., 2023. Optimisation of the preparation procedure of crumb rubber modified bitumen with wax-based additives: Road Materials and Pavement Design Road Materials and Pavement Design.
• LI, D., LENG, Z., TAN, Z., YANG, B., CHEN, Z., WANG, H. and LU, G., 2023. Investigation of rejuvenation mechanisms of reclaimed asphalt rubber pavement through mortar tests: International Journal of Pavement Engineering International Journal of Pavement Engineering. 24(1),

• View all publications

• REN, S., LIU, X., GAO, Y., JING, R., LIN, P., ERKENS, S. and WANG, H., 2023. Molecular dynamics simulation and experimental validation on the interfacial diffusion behaviors of rejuvenators in aged bitumen: Materials and Design Materials and Design. 226,
• HU, Y., XIA, W., XUE, Y., ZHAO, P., WEN, X., SI, W., WANG, H., ZHOU, L. and AIREY, G. D., 2023. Evaluating the ageing degrees of bitumen by rheological and chemical indices: Road Materials and Pavement Design Road Materials and Pavement Design.
• WANG, H., AIREY, G. D., LENG, Z. and LU, G., 2023. Optimisation of the preparation procedure of crumb rubber modified bitumen with wax-based additives: Road Materials and Pavement Design Road Materials and Pavement Design.
• LI, D., LENG, Z., TAN, Z., YANG, B., CHEN, Z., WANG, H. and LU, G., 2023. Investigation of rejuvenation mechanisms of reclaimed asphalt rubber pavement through mortar tests: International Journal of Pavement Engineering International Journal of Pavement Engineering. 24(1),
• WANG, R., SHA, T., XIONG, Y., CAI, Y., YUE, J. and WANG, H., 2023. Potential contribution of steel slag fillers to asphalt mastic in terms of microwave heating efficiency, electromagnetic mechanisms and fatigue durability: International Journal of Pavement Engineering International Journal of Pavement Engineering. 24(1),
• JIANG, X., WANG, H. and LENG, Z., 2023. Discussion of "validation of a Novel Sensing Approach for Continuous Pavement Monitoring Using Full-Scale APT Testing": Journal of Transportation Engineering Part B: Pavements Journal of Transportation Engineering Part B: Pavements. 149(4),
• LI, D., LENG, Z., WANG, H., CHEN, R. and WELLNER, F., 2022. Structural and mechanical evolution of the multiphase asphalt rubber during aging based on micromechanical back-calculation and experimental methods: Materials and Design Materials and Design. 215,
• CHEN, Z., LENG, Z., JIAO, Y., XU, F., LIN, J., WANG, H., CAI, J., ZHU, L., ZHANG, Y., FENG, N., DONG, Y. and ZHANG, Y., 2022. Innovative use of industrially produced steel slag powders in asphalt mixture to replace mineral fillers: Journal of Cleaner Production Journal of Cleaner Production. 344,
• FANG, C., GUO, N., LENG, Z., JIANG, J., LI, H., LU, G. and WANG, H., 2022. Kinetics-based fatigue damage investigation of asphalt mixture through residual strain analysis using indirect tensile fatigue test: Construction and Building Materials Construction and Building Materials. 352,
• WANG, H., ZHANG, H., LIU, X., APOSTOLIDIS, P., ERKENS, S., SKARPAS, A., LENG, Z. and AIREY, G., 2022. Micromechanics-Based Viscoelasticity Predictions of Crumb Rubber Modified Bitumen Considering Polymer Network Effects
• LU, G., LI, R., LI, G., LENG, Z. and WANG, H., 2022. Performance characterisation of asphalt mixture modified with one-component polyurethane: Proceedings of Institution of Civil Engineers: Construction Materials Proceedings of Institution of Civil Engineers: Construction Materials.