Revolution Road member of RILEM, TC 323-APD : Alternative Paving Materials – Design and Performance
More information available on: 323-APD : Alternative Paving Materials – Design and Performance
ECO-Bind, TNO Technology Transfer – Technology Commercialisation
ECO-Bind project, funded by the Dutch Organisation for Applied Research (TNO), focused on commercialisation of a bio based product, named: ECO-Bind. Eco-Bind, is a product developed in the TNO by Dr. Amir Tabaković as part of ASAP, EC Horizon 2020 Marie…
RILEM, TC 278-CHA : Crack-Healing of Asphalt Pavement Materials
Asphalt Healing; Intrinsic and Extrinsic Crack healing The TC CHA focus was asphalt pavement healing phenomena. The focus was on the development of test methods for the induction of asphalt cracking, quantification of intrinsic self-healing properties as well as on…
RILEM, TC 323-APD : Alternative Paving Materials – Design and Performance
Technical Group (TG) 1: Bio-binders APD will build on the former Technical Committees early work by extending its initial investigations into design and performance, while moving toward a broader and more inclusive view of alternative paving materials (APMs). This expanded…
COST Action “Climatic Resilience Initiative for Pavement Infrastructure” (CRIPI) CA24141
Management Committee – Irish Representative The goal of the Climatic Resilience Initiative for Pavement Infrastructure (CRIPI) Action is to develop a multidisciplinary and comprehensive context for pavement resilience and adaptability advancement in response to climate change. Action CA24141 – COST
Crack-Healing of Asphalt Pavement Materials, State-of-the-Art Report 45, RILEM TC 278-CHA
Ch 2: Intrinsic Self-Healing of Asphalt Pavements by Greet Leegwater, Ferhat Hammoum, Amir Tabaković, Orazio Baglieri, and Hassan Baaj. _2 Ch 3: Extrinsic Self-Healing Technology for Asphalt Pavements by Amir Tabaković, Greet Leegwater, Quantao Liu, Jose Norambuena-Contreras, Hassan Baaj, and Orazio Baglieri. _3 Ch 4: Experimental…
Development and optimization of sustainable asphalt self-healing systems for SMA mix
Xu, S.; Tabaković, A., et al., 2025, “Development and optimization of sustainable asphalt self-healing systems for SMA mix”, in Construction and Building Materials.
TRA Conference 2024: “Biobased Pavement: Lab Assessment of a Recycling Technique Without Petroleum Bitumen Addition in Irish Context”
Chailleux, E.; Lavaud, S.; Geisler, F.; Pouget, S.; Tabaković, A.; van Vliet, D.; Lynch, A.; Winterlich, E. and O’Pray, D., 2026, “Biobased Pavement: Lab Assessment of a Recycling Technique Without Petroleum Bitumen Addition in Irish Context”. In Transport Transitions: Advancing…