Multi-Scale Modeling and Characterization of Infrastructure Materials: Proceedings of the International RILEM Symposium Stockholm, June 2013 PDF
Preview Multi-Scale Modeling and Characterization of Infrastructure Materials: Proceedings of the International RILEM Symposium Stockholm, June 2013
RILEM Bookseries Niki Kringos Björn Birgisson David Frost Linbing Wang Editors Multi-Scale Modeling and Characterization of Infrastructure Materials Proceedings of the International RILEM Symposium Stockholm, June 2013 Multi-Scale Modeling and Characterization of Infrastructure Materials RILEM BOOKSERIES Volume 8 RILEM, The International Union of Laboratories and Experts in Construction Materials, Systemsand Structures,foundedin 1947,is a non-governmentalscien- tificassociationwhosegoalistocontributetoprogressintheconstructionsciences, techniquesandindustries,essentiallybymeansofthecommunicationitfostersbe- tweenresearchandpractice.RILEM‘sfocusisonconstructionmaterialsandtheir useinbuildingandcivilengineeringstructures,coveringallphasesofthebuilding processfrom manufactureto use and recyclingof materials. More informationon RILEManditspreviouspublicationscanbefoundonwww.RILEM.net. Forfurthervolumes: http://www.springer.com/series/8781 · · Niki Kringos Björn Birgisson David Frost Linbing Wang Editors Multi-Scale Modeling and Characterization of Infrastructure Materials Proceedings of the International RILEM Symposium Stockholm, June 2013 ABC Editors NikiKringos DavidFrost KTHRoyalInstituteofTechnology GeorgiaInstituteofTechnology Stockholm Savannah Sweden Georgia USA BjörnBirgisson LinbingWang RoyalInstituteofTechnology(KTH) VirginiaTech Dept.CivilandArchitecturalEngineering Blacksburg Div.Soil-andRockMechanics Virginia Stockholm USA Sweden ISSN2211-0844 ISSN2211-0852 (electronic) ISBN978-94-007-6877-2 ISBN978-94-007-6878-9 (eBook) DOI10.1007/978-94-007-6878-9 SpringerDordrechtHeidelbergNewYorkLondon LibraryofCongressControlNumber:2013937204 (cid:2)c RILEM2013 Nopartofthisworkmaybereproduced,storedinaretrievalsystem,ortransmittedinanyformorby anymeans,electronic,mechanical,photocopying,microfilming,recordingorotherwise,withoutwritten permissionfromthePublisher,withtheexceptionofanymaterialsuppliedspecificallyforthepurpose ofbeingenteredandexecutedonacomputersystem,forexclusiveusebythepurchaserofthework. Printedonacid-freepaper SpringerispartofSpringerScience+BusinessMedia(www.springer.com) Preface Every year, society makes large efforts on building and maintaining new trans- port infrastructure. The importance of a sustainable, well-functioning and long- termenvironmentallyfriendlyinfrastructurenetworkgoes,however,farbeyondthe financialcosts alone. A thriving transportinfrastructurenetwork also functionsas a driving force for further economic growth and helps in attracting new ventures, makingitalsoofimportanceforaprosperousandinnovativesociety. Themicro-andnano-modificationofinfrastructurematerialsandtheassociated multi-scalecharacterizationandsimulationhasthepotentialtoopenupwholenew uses and classes of materials, with wide-rangingimplicationsfor society. The use ofmulti-scalecharacterizationandsimulationbringstheabilitytotargetchangesat theverysmallscalethatpredictablyeffectthebulkbehaviorofthematerialandthus allowingfortheoptimizationofmaterialbehaviorandperformance. Under the auspices of the RILEM Technical Committee on Nanotechnology- Based Bituminous Materials 231-NBM and the Transport Research Board (TRB) TechnicalCommitteeonCharacteristicsofAsphaltMaterialsAFK20,theInterna- tionalRILEMSymposiumonMulti-ScaleModelingandCharacterizationofInfras- tructure Materials was held at KTH Royal Institute of Technology in Stockholm, SwedenonJune10-12,2013. The Symposium aimed at bringing together key researchers from various dis- ciplines to present their findings and ongoing research in this field in a focused environmentwithextendeddiscussiontimes.Itresultedinacollectionofexcellent papers that reach from asphalt to cement, from chemistry to mechanics and from nano-tomacro-scale.Assuch,theProceedingsofthiseventgiveagoodimpression ofthewidthanddepthofthecurrentlyongoingeffortsofdevelopingmoresustain- ableinfrastructurematerials.Italsohighlightsthegreatpotentialthatliesaheadof ustogotowardsasharedmulti-disciplinaryvisionfordevelopingtheinfrastructure materialsofthefuture. The organizingcommittee is gratefulto the internationalexpertsthat helpedin givingdetailedreviewsofthesubmittedpapersandtotheauthorstocontributeto- wards out-of-the-box thinking that is needed for a sustainable infrastructure. We hope that this book will serve as a comprehensive reference, as an insight into VI Preface currently ongoing research efforts and as an inspiration for new research ideas to enhancethelong-termperformanceofinfrastructurematerialsfromafundamental perspective. Stockholm,March2013 NikiKringos BjörnBirgisson DavidFrost LinbingWang Contents FractureToughnessTestingAspectsforAssessingLowTemperature BehaviourofBituminousBinders ................................. 1 MoisesBueno,MartinHugener,ManfredN.Partl EvaluatingtheRepresentativeVolumeElementofAsphaltConcrete MixtureBeamsforTestingintheBendingBeamRheometer .......... 13 CrystalRaeClendennen,PedroRomero ConsiderationofGrainSizeDistributionandInterfacialTransition Zone in the Prediction of Elastic Properties of Cementitious Composites.................................................... 31 Francois Duplan, A. Abou-Chakra,A. Turatsinze, G. Escadeillas, S.Brule,F.Masse Multi-scaleCharacterizationofAsphaltMasticRheology............. 45 EbrahimHesami,AliN.Ghafar,BjörnBirgisson,NikiKringos Integrating Physicochemical and Geochemical Aspects for DevelopmentofaMulti-scaleModellingFrameworktoPerformance AssessmentofCementitiousMaterials ............................. 63 YogarajahElakneswaran,TetsuyaIshida InvestigationonMechanicalPropertiesof Bituminous Materials through2D/3DFiniteElementNumericalSimulations ............... 79 FatehFakhariTehrani,FatimaAllou,JosephAbsi,ChristophePetit ChallengesWhilePerformingAFMonBitumen..................... 89 HartmutFischer,LilyD.Poulikakos,Jean-PascalPlanche,PrabirDas, JamesGrenfell APreliminaryNumericalStudyonITZinCementitiousComposites ... 99 YunGao,GeertDeSchutter,GuangYe,MingzhongZhang VIII Contents ImprovementoftheTestMethodforDeterminingMoistureDamage Resistance..................................................... 109 HalehAzari,AlaeddinMohseni Mode II Cracking Failure in Asphalt Concrete by Using a Non-conservedPhaseFieldModel ................................ 127 YueHou,LeiZhang,PengtaoYue,TroyPauli,FengyanSun,LinbingWang AsphaltInternalStructureCharacterizationwithX-RayComputed TomographyandDigitalImageProcessing ......................... 139 Ibrahim Onifade, Denis Jelagin, Alvaro Guarin, Bjorn Birgisson, NicoleKringos EvaluationofAnti-cloggingPropertyofPorousAsphaltConcrete UsingMicroscopicVoidsAnalysis................................. 159 WeiJiang,AiminSha RepresentativeVolumesforNumericalModelingofMassTransport inHydratingCementPaste ...................................... 173 NevenUkrainczyk,EduardA.B.Koenders,KlaasvanBreugel Exploring the Observed RheologicalBehaviour of In-Situ Aged and Fresh Bitumen Employing the Colloidal Model Proposed forBitumen ................................................... 185 Olli-VilleLaukkanen,TerhiPellinen,MichalinaMakowska EffectofFilmThicknessofAsphaltMixtureinCompressionTest ...... 199 YingLi,DongWang,LinbingWang,LeiZhang,XudongWang InsulatingPavementstoExtendServiceLife........................ 219 RajibB.Mallick,AaronSakulich,Bao-LiangChen,SankhaBhowmick PredictionofLinearViscoelasticBehaviourofAsphaltMixesfrom BinderPropertiesandReversal................................... 237 QuangTuanNguyen,HervéDiBenedetto,CédricSauzéat A3D/2DComparisonbetweenHeterogeneousMesoscaleModelsof Concrete...................................................... 249 FilipNilenius,FredrikLarsson,KarinLundgren,KennethRunesson Meso-ScaleAnalysisConsideringEffectofFiberInclinationinFiber ReinforcedCementitiousComposites .............................. 261 HirokiOgura,MinoruKunieda,HikaruNakamura DevelopmentofanAdherenceEnergyTestviaForce-Displacement AtomicForceMicroscopy(FD-AFM).............................. 273 TroyPauli,WillGrimes,MengxiWang,PengLu,Shin-CheHuang Contents IX TowardsaMulti-scaleFrameworktoOptimizeAgeingResistance ofAsphalticMaterials........................................... 285 PrabirKumarDas,NikiKringos,BjörnBirgisson EffectsofNano-sizedAdditivesontheHigh-TemperatureProperties ofBituminousBinders:AComparativeStudy ...................... 297 EzioSantagata,OrazioBaglieri,LuciaTsantilis,GiuseppeChiappinelli DifferentialScanningCalorimetryAppliedtoBitumen:Resultsofthe RILEMNBMTG1RoundRobinTest ............................. 311 Hilde Soenen, Jeroen Besamusca, Lily D. Poulikakos, Jean-PascalPlanche,PrabirK. Das, Niki Kringos, JamesGrenfell, EmmanuelChailleux ReviewofMultiscaleCharacterizationTechniquesandMultiscale Modeling Methods for Cement Concrete: From Atomistic to Continuum.................................................... 325 WenjuanSun,YaWei,DongWang,LinbingWang EffectsofVariousModifiersonRheologicalPropertyofAsphalt ....... 343 GuoMeng,TanYiqiu Coupled Creep and Damage Model for Concrete at Moderate Temperatures.................................................. 357 Minh-QuanThai,BenoîtBary,Qi-ChangHe MitigatingResolutionProblemsinNumericalModelingofEffective TransportPropertiesofPorousMaterials .......................... 369 NevenUkrainczyk,EduardA.B.Koenders,KlaasvanBreugel A 3D Image CorrelationAlgorithmfor Tracking Movement of AggregatesinX-rayCTImagesofAsphaltMixturesCapturedduring Compaction ................................................... 383 M.EminKutay,NelsonGibson,XinjunLi Researchinto Applicationsof AcrylicFibres inPorousAsphalt: Laboratory,NumericalandFieldStudy............................ 395 Milliyon Fekade Woldekidan, Jan Voskuilen, Dave Vliet, GreetA.Leegwater FiniteElementModelingofRejuvenatorDiffusioninRAPBinder Film–SimulationofPlantMixingProcess ......................... 407 MartinsZaumanis,RajibB.Mallick
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