TY - BOOK ID - 134762773 TI - The Use of Recycled Materials to Promote Pavement Sustainability Performance AU - Neves, José AU - Freire, Ana Cristina PY - 2022 PB - Basel MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - LCA KW - road pavement management KW - RAP KW - multi-recycling KW - circular economy KW - sustainability KW - electric–electronic waste KW - interlock floor KW - mechanical resistance KW - polymers recycling KW - materials KW - recycling KW - plastics KW - cobbles KW - lightweight traffic KW - pedestrian traffic KW - concrete additive KW - concrete mixture KW - plastic waste KW - HDPE KW - plastic lamellar particles KW - self-compacting concrete (SCC) KW - high-performance concrete (HPC) KW - recycled concrete aggregate (RCA) KW - natural aggregate (NA) KW - ageing KW - bituminous mixture KW - mechanical behaviour KW - rejuvenator KW - hydraulic mortars KW - waste materials KW - pozzolanic aggregates KW - recycled glass KW - marble slurry KW - tin slag KW - mortar KW - compressive strength KW - fine aggregate KW - rough surfaced KW - elongated KW - concrete KW - costs KW - carbon footprint KW - carbon price KW - asphalt KW - waste plastic KW - visco-elastic properties KW - Marshall stability KW - rutting resistance KW - environmental impact KW - n/a KW - electric-electronic waste UR - https://www.unicat.be/uniCat?func=search&query=sysid:134762773 AB - This Special Issue focuses on recycled materials to promote pavement sustainability. It covers the use of construction and demolition waste (reclaimed asphalt pavement, recycled concrete aggregate and glass) and industrial waste (plastic and slag). The application of recycled materials concerns bituminous mixtures, concrete mixtures, and non-traditional interlocking blocks or cobbles. ER -