Advanced Asphalt Materials and Paving TechnologiesZhanping You, Qingli Dai, Feipeng Xiao This book is a printed edition of the Special Issue "Advanced Asphalt Materials and Paving Technologies" that was published in Applied Sciences |
Common terms and phrases
ABAQUS addition adhesion aged binder aged bitumen air void analysis applied asphalt concrete asphalt mixture asphalt model asphaltenes ASTM attenuation basalt batch bio-agent calculated China coarse aggregate coefficient complex modulus conducted Constr cracking creep CrossRef crumb rubber curve damage decrease density dynamic modulus EasyFEM effect Equation Evaluation experimental fatigue fiber friction geocomposite GO-modified gradation graphene HMAC hot mix asphalt hydraulic conductivity increase laboratory layer loading low temperature materials measured mechanical method modified asphalt binder Molecular Dynamics numerical obtained parameters particles performance properties RAP mortars ratio reclaimed asphalt pavement rejuvenating agent resistance rheological RHMA road rubber rutting samples shear shown in Figure sieve SMA mixture specimens stiffness strain stress structure surface free energy Table tensile test results thermal thermal conductivity tire tire-pavement Transp ultrasonic UV aging viscoelastic viscosity Wang wearing course xGNP modified asphalt