Section 1: Asphalt materials 1.1 Recycled materials in asphalt mixtures Foamed bitumen bound mixtures made with marginal aggregates: An experimental studyM. Pasetto & N. Baldo Use of vitrified municipal solid waste bottom ash as a filler substitute in asphalt mixtures E. Santagata, M. Bassani & O. Baglieri POLYMIX: Polymeric waste in asphalt mixes R.C. Barrasa, E.S. Caballero, D.C. Fresno, E.V. Andrés & M.N. Fernandez Rutting resistance of Stone Mastic Asphalts with steel slag and Coal Ash M. Pasetto & N. Baldo 1.2 Characterization and evaluation of recycled mixtures Characterisation of Recycled Asphalt Pavement mixes—comparing New Zealand experience to international experience S. Kodippily, T. Henning, D. Wilson, G. Holleran & I. Holleran Effect of reinforced fibers on stiffness of recycled asphalt half-warm emulsion mixesE. Toraldo, G. Martinez-Arguelles & E. Mariani Influence of cement and limestone filler on the rheological properties of mastic in cold bituminous recycled mixturesG. Dondi, F. Mazzotta, C. Sangiorgi, M. Pettinari, A. Simone, V. Vignali & P. Tataranni Evaluation of the effect of using foamed bitumen and bitumen emulsion in cold recycling technology M. Iwanski & A. Chomicz-Kowalska Mechanical bitumen recovery from asphalt samplesW. JvdM. Steyn & D. Dednam 1.3 Innovative asphalt materials and rubber modified asphalt Thermophysical properties of graphite-modified asphalt mixture and numerical analyses for snow melting pavementD.-W. Park, S. Dessouky & S.-D. Hwang Experimental investigation of the dynamic behaviour of asphalt concrete treated with photocatalytic mortarsM. Bocci, G. Cerni & S. Colagrande Moisture damage evaluation in carbon nanotubes reinforced asphaltsK.H. Al-Adham & M.D. Arifuzzaman Identification of the more suitable warm mix additives for crumb rubber modified bindersP. Leandri, P. Rocchio & M. Losa Development of a laboratory test procedure for the evaluation of potential gaseous emissions of asphalt rubber bituminous mixturesM.C. Zanetti, S. Fiore, B. Ruffino, E. Santagata, M. Lanotte & D. Dalmazzo 1.4 Warm mix asphalt technology Moisture and frost resistance of asphalt concrete with foamed bitumen modified with synthetic waxM. Iwanski & J. Mrugala Laboratory studies concerning “warm mix” technology applied to asphalt mixtures with local limestone aggregates for base courseC. Racanel & A. Burlacu Effects of foam agents on foaming processes and physical and rheological properties of bitumensM. Crispino, F. Giustozzi, G. Martinez-Arguelles & E. Toraldo Microstructural, chemical and thermal analyses of Warm Mix AsphaltI. Menapace, E. Masad, D. Little, E. Kassem & A. Bhasin Study of an asphalt mixture for airport using “warm mix” technologyC. Racanel & C. Petcu 1.5 Reclaimed asphalt pavement in mixtures Influence of reclaimed asphalt with polymer modified bitumen on properties of different asphalts for a wearing courseJ. Komacka, E. Remišová, G. Liu, G. Leegwater & E. Nielsen The influence of the AC overlay on the performance of foamed asphalt recycled pavementsA. Loizos, V. Papavasiliou & C. Plati Recycled materials in Superpave mixtures in KansasN. Sabahfar, S.R. Aziz & M. Hossain Statistical evaluation of water and frost resistance of deep cold recycled bases with foamed bitumen, hydrophobic activators and finesM. Iwanski, P. Buczynski & G. Mazurek Short-term bearing capacity of foam bitumen recycled mixtures using lime as active fillerG. Betti, U. Pinori, A. Marradi, A. Cocurullo, G. Airey, F. Picariello, G. Tebaldi & K. Jenkins Section 2: Non asphalt materials 2.1 Waste materials in infrastructure construction Performance evaluation of Construction and Demolition and other waste materialsG. Dondi, C. Sangiorgi, C. Lantieri, A. Simone, V. Vignali & R. Lamperti Gasification bottom ash in road pavements N. Fiore, A. D’Andrea, C. Tozzo & M. Zagaroli Application of residual of milled covers asphalt for the purpose of mechanical stabilization of the surface layers of unpaved roadsA.I.E. Pinto & B.C.E.L. Paiva The use of recycled glassfoam aggregates for lightweight embankmentG. Betti, U. Pinori & A. Marradi Applications of super compaction technique using granite by-productsA. Contu, A. Etzi, J. Rombi, S. Portas & M. Coni 2.2 Concrete pavements and stabilized materials Investigation on the functional and mechanical performance of differentially compacted pervious concrete for road pavementsA. Bonicelli, F. Giustozzi, M. Crispino & M. Borsa Experimental study of compaction quality for roller compacted concrete pavement containing rubber tire wastes A. Meddah, M. Beddar & A. Bali Proposal of eco-compatible mixtures (C&D-EAF slag) for road constructions D. Ciampa & S. Olita Evaluation of swine manure stabilizer on selected pavement materialW. JvdM. Steyn, A. Coetzee & H. Welman Section 3: Asphalt pavements 3.1 Asphalt pavement response and evaluation Wave propagation analysis and backcalculation for lightweight deflectometer test F. Kawana, Y. Takeuchi, M. Terada, K. Kubo & K. Matsui Wireless pavement sensors for wide-area instrumentation E. Levenberg, I. Shmuel, M. Orbach & B. Mizrachi Backcalculation of asphalt concrete modulus master curve from field measured falling weight deflectometer data using a new time domain viscoelastic dynamic solutionand hybrid optimization schemeI. Zaabar, K. Chatti & N. Lajnef Investigation of highway pavements using in-situ strain sensorsP. Gaborit, C. Sauzéat, H. Di Benedetto, S. Pouget, F. Olard & A. Claude Accuracy in predicting viscoelastic response of instrumented asphalt pavementsM. Losa & A. Di Natale 3.2 Asphalt pavement performance and design Characteristics of two perpetual pavements at the NCAT test track D. Timm, M. Robbins & J.R. Willis Structural and life cycle cost analysis of two perpetual pavementsD. Timm & N. Tran Prediction of development of asphalt pavement rutsJ. Celko & M. Slabej Performance study over the use of reinforced flexible pavement with steel mesh at Brazilian roadR.M. Fortes, J.V. Merighi, A.F.B. Ressutte, M.E. Miyashiro & J.B.R. da Silva Measurements of lateral distribution of vehicle wheels and its effect on fatigue life of asphalt concreteM.R. Islam, R.A. Tarefder & I.A. Syed Some remarks on landing kinematic characteristics of aircraftsA. Schibani, B. Festa, M. D’Apuzzo & V. Nicolosi 3.3 Asphalt concrete modeling and performance Modeling asphalt concrete cyclic creep behaviorH. Zelelew, E. Mahmoud & A.T. Papagiannakis Fracture characterization of hot-mix asphalt by indirect ring tension testA. Zeinali, K.C. Mahboub & P.B. Blankenship Calibration of fatigue and rutting distress models for non conventional asphalt concrete materialsF. La Torre, L. Domenichini & M. Meocci Performance characterization of asphalt mixtures using meso mechanics approachM. Woldekidan, M. Huurman, C. Sangiorgi, C. Lantieri & E. Vaccari Characterisation of fatigue resistance of alternative pavement design for the state of QatarH. Sadek, H. Al-Khalid, E. Masad, O. Sirin & K. Hassan Performance of AC-12.5 designed by Marshall and Superpave procedureA.F. Nikolaides & E. Manthos 3.4 Impact of climate change on asphalt pavements and case studies Predicting pavement performance due to temperature increase caused by global warmingM.I. Hossain, U.A. Mannan & R.A. Tarefder TRACC-EXPERT: Tool for the selection of paving techniques adapted to climate changeR. Micaelo, L. Quaresma & A. Ferreira The potential effects of climate change on selected flexible South African pavementsW. JvdM. Steyn & T. Pretorius The quality of bitumen for road paving application in Malaysia: Why should it be a concern?Mohd.H. Harun & S.M.A. Zainal Section 4: Pavement surface properties 4.1 Surface characteristics measurement and management Development of an asphalt durability raveling testR. Mit