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Sustainable Recycling Techniques of Pavement Materials

Resumen/Descripción – provisto por la editorial

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Palabras clave – provistas por la editorial

lignin; waste engine oil; modified asphalt; high-temperature performance; low-temperature performance; recycled waste plastic; asphalt binder and mixture; composite modification; performance; compatibility; asphalt mortar; asphalt mixture; fly ash; high temperature performance; low temperature property; moisture susceptibility; coarse aggregate; 3D printing; natural aggregate; cement-based aggregate; sustainable construction; building demolition waste; unbound granular materials; shear strength; resilient modulus; gradation; prediction model; porous asphalt pavement; high-viscosity modified asphalt; functional group index; aging kinetics; 3D concrete printing; curing conditions; mechanical capacity; solid waste; anisotropy; sustainability; dredged sediment; cement-stabilized; NMR; permeability; strength; pore structure; water transformation; cement stabilized soil; fiber-reinforced soil; mechanical strength; waste utilization; Back Propagation Neural Network; Random Forest; beetle antennae search; diversion tunnel; corrosion; cement-based materials; carbonation; experimental study; steel slag; oxalic acid; expansion; water erosion; road performance; influence mechanism; road engineering; stability; molecular dynamic; bio-oil asphalt/water emulsion; particle size; infrared spectrum analysis; asphalt pavement; seashell powder; high- and low-temperature performance; water stability; n/a

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