Index of Authors

A list of all persons who contribute to the sessions of this conference. Please select a letter below to list all persons with the corresponding last name. Select the presentation in the right-hand column to access session and presentation details.

 
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Author(s) Organization(s) Session
Abd El Fattah, Ahmed M.King Fahd University of Petroleum and Minerals, Saudi ArabiaAnalysis of concrete structures  Presenter
Addessi, DanielaSapienza, University of Rome, ItalyConstitutive models and computational frameworks including 3D concrete printing  Presenter
Adel, MohamedCairo University, EgyptConstitutive models and computational frameworks
Adessina, AyodeleCerema, Univ Gustave Eiffel, UMR MCD,F-77171, FranceAnalysis of concrete materials  Presenter
Adia, Jean-LucEDF, FranceAnalysis of concrete structures
Aguilar, MarioRWTH Aachen University, GermanyAnalysis of concrete structures
Ahn, HyukjunSeoul National University, Korea, Republic of (South Korea)Analysis of concrete structures
Al Elani, HendUniversité Paris-Saclay, CEA, France;
ASNR/DES/SES/LMAPS, France		Analysis of concrete structures  Presenter
Alberti, Marcos G.Universidad Politecnica de Madrid, SpainAnalysis of concrete materials
Aldakheel, FadiLeibniz Universität Hannover, GermanyData-driven, AI and machine learning methods
Alex, AleenaNorthumbria University, United KingdomMulti-scale and multi-physics approaches  Presenter
Alver, NinelEge University, Bornova, TurkeyData-driven, AI and machine learning methods
Alzoubi, YaraPolitecnico di Milano, ItalyConstitutive models and computational frameworks including 3D concrete printing
Andersen, Mads Emil MøllerCOWI A/S, DenmarkAnalysis of concrete structures
Assaf, RawadGraitec Innovation, FranceAnalysis of concrete structures
Ayoub, NaimGraitec Innovation, FranceAnalysis of concrete structures
Bachofner, WolfgangTU Wien, AustriaAnalysis of concrete materials  Presenter
Baktheer, AbedulgaderLeibniz Universität Hannover, GermanyData-driven, AI and machine learning methods  Presenter
Barros, JoaquimUniversity of Minho, PortugalPlenary Lecture 5  Presenter
Barthélémy, Jean-FrançoisCerema, Univ Gustave Eiffel, UMR MCD,F-77171, FranceAnalysis of concrete materials
Bary, BenoîtUniversité Paris-Saclay, CEA, Service de Recherche en Corrosion et Comportement des Matériaux, FranceAnalysis of concrete materials
Multi-scale and multi-physics approaches
Basche, KonstantinUniversity of Innsbruck, AustriaConstitutive models and computational frameworks  Presenter
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing
Bažant, Zdeněk PavelNorthwestern University, United StatesPlenary Lecture 1  Presenter
Belletti, BeatriceUniversity of Parma, Parma, ItalyAnalysis of concrete structures  Presenter
Plenary Lecture 2  Presenter
Ben Fraj, AmorCerema, Univ Gustave Eiffel, UMR MCD,F-77171, FranceAnalysis of concrete materials
Bijaya, AnanyaUniversity of Glasgow, United KingdomConstitutive models and computational frameworks
Billiet, JelleGhent University, BelgiumAnalysis of concrete materials  Presenter
Multi-scale and multi-physics approaches
Multi-scale and multi-physics approaches
Bobiński, JerzyGdańsk University of Technology, PolandConstitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks
Multi-scale analysis of concrete materials  Presenter
Bol, Rowin Johannes MarinusDelft University of Technology, Netherlands, TheSimulation methods for 3D concrete printing  Presenter
Bomfim, Danilo SilvaUniversity of São Paulo, BrazilConstitutive models and computational frameworks  Presenter
Botte, WouterGhent University, BelgiumAnalysis of concrete materials
Analysis of concrete structures
Bouhjiti, DavidASNR/DES/SES/LMAPS, France;
French authority for nuclear Safety and radiation protection, France		Analysis of concrete structures
Analysis of concrete structures  Presenter
Boumakis, Ioannisfischerwerke GmbH & Co. KG, GermanyConstitutive models and computational frameworks
Boutillon, LaurentVINCI Construction Grands Projets, FranceAnalysis of concrete structures
Calcavecchia, BiagioUniversity of Parma, ItalyPlenary Lecture 2
Caspeele, RobbyGhent University, BelgiumAnalysis of concrete structures
Analysis of concrete structures
Cera, GiovannaDelft University of Technology, NetherlandsConstitutive models and computational frameworks  Presenter
Cervenka, JanCervenka Consulting s.r.o., Czech RepublicAnalysis of concrete structures
Constitutive models and computational frameworks
Data-driven, AI and machine learning methods  Presenter
Cervenka, VladimirCervenka Consulting s.r.o., Czech RepublicConstitutive models and computational frameworks  Presenter
Data-driven, AI and machine learning methods
Cheng, ShuaiUniversité Paris-Saclay, CEA, Service de Recherche en Corrosion et Comportement des Matériaux, FranceAnalysis of concrete materials  Presenter
Chiaia, BernardinoPolitecnico di Torino, ItalyAnalysis of concrete structures
Cho, Jae-YeolSeoul National University, Korea, Republic of (South Korea)Analysis of concrete structures  Presenter
Chudoba, RostislavRWTH Aachen University, GermanyAnalysis of concrete structures  Presenter
Chung, Sang-YeopYonsei University, Seoul, Republic of KoreaAnalysis of concrete materials  Presenter
Cibelli, AntonioUniversity of Naples "Federico II", ItalyConstitutive models and computational frameworks including 3D concrete printing
Multi-scale and multi-physics approaches  Presenter
Coda, Humberto BrevesUniversity of São Paulo, BrazilConstitutive models and computational frameworks
Collin, FrédéricUniversity of Liege, BelgiumMulti-scale and multi-physics approaches
Coppens, ErikONDRAF/NIRAS, BelgiumMulti-scale and multi-physics approaches
Coppens, SamGhent University, BelgiumAnalysis of concrete structures  Presenter
Courard, LucUniversity of Liege, BelgiumMulti-scale and multi-physics approaches
Daadouch, KoussayRuhr University Bochum, GermanyConstitutive models and computational frameworks
Constitutive models and computational frameworks
Dai, ZiweiDelft University of Technology, the NetherlandsConstitutive models and computational frameworks  Presenter
De Biagi, ValerioPolitecnico di Torino, ItalyAnalysis of concrete structures  Presenter
Analysis of concrete structures
De La Fuente, AlbertUniversitat Politècnica de CatalunyaAnalysis of concrete structures
DeKeyser, AndreasGhent University, BelgiumAnalysis of concrete structures  Presenter
Deodatis, GeorgeColumbia University, United StatesPlenary Lecture 1
Di Luzio, GiovanniPolitecnico di Milano, ItalyAdvanced concrete simulations  Presenter
Multi-scale and multi-physics approaches
Dohnalova, LenkaCzech Technical University in Prague, Czech RepublicMulti-scale and multi-physics approaches
Dummer, AlexanderUniversity of Innsbruck, AustriaConstitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing
Plenary Lecture 6
Eid, RamiBraude College of Engineering, IsraelData-driven, AI and machine learning methods
El Tabbal, GingerEDF, FranceAnalysis of concrete structures
Elasyed, Elsayed S.Leibniz Universität Hannover, GermanyData-driven, AI and machine learning methods
Eliáš, JanBrno University of Technology, Czech RepublicConstitutive models and computational frameworks including 3D concrete printing  Presenter
Multi-scale and multi-physics approaches
Plenary Lecture 3
Esposito, RitaDelft University of Technology, Netherlands, TheConstitutive models and computational frameworks
Fanara, ArthurUniversity of Liege, BelgiumMulti-scale and multi-physics approaches
Faustmann, SörenTU München, GermanyAnalysis of concrete structures
Fayyad, TahreerQueen's University Belfast, United KingdomAnalysis of concrete structures  Presenter
Ferrara, LiberatoPolitecnico di Milano, ItalyConstitutive models and computational frameworks including 3D concrete printing
Fischer, OliverTU München, GermanyAnalysis of concrete structures
Gal, ErezBen Gurion University of the Negev, IsraelData-driven, AI and machine learning methods  Presenter
Galvez, Jaime C.Universidad Politecnica de Madrid, SpainAnalysis of concrete materials  Presenter
Gálvez, Jaime C.Technical University of Madrid, SpainAnalysis of concrete structures
Gamnitzer, PeterUniversity of Innsbruck, AustriaPlenary Lecture 6
Gantier, MaximeEDF R&D, FranceConstitutive models and computational frameworks
Gatuingt, FabriceUniversité Paris-Saclay, CentraleSupélec, ENS Paris-Saclay, CNRS, LMPS, FranceConstitutive models and computational frameworks
German, MagdalenaCracow University of Technology, PolandConstitutive models and computational frameworks
Geukens, SienBuildwise, BelgiumAnalysis of concrete structures
Göbel, LuiseBauhaus-Universität Weimar, GermanyMulti-scale analysis of concrete materials  Presenter
Grange, StephaneINSA Lyon, GEOMAS, FranceConstitutive models and computational frameworks
Greenberg, ShlomoSCE – Shamoon College of Engineering, IsraelData-driven, AI and machine learning methods
Gribniak, ViktorVilnius Gediminas Technical University, LithuaniaConstitutive models and computational frameworks
Gudžulić, VladislavRuhr University Bochum, GermanyConstitutive models and computational frameworks
Constitutive models and computational frameworks  Presenter
Hammad, YehiaUniversiteit Gent, BelgiumSimulation methods for 3D concrete printing  Presenter
Hamon, FrançoisEDF R&D, FranceConstitutive models and computational frameworks
Häussler-Combe, UlrichTU Dresden, GermanyAnalysis of concrete structures  Presenter
Havlasek, PetrCzech Technical University in Prague, Czech RepublicMulti-scale and multi-physics approaches  Presenter
Hellmich, ChristianTU Wien, AustriaAnalysis of concrete structures
Hendriks, Max A.N.Delft University of Technology, the Netherlands;
Norwegian University of Science and Technology, Norway;
TU Delft, Netherlands, The		Plenary Lecture 4  Presenter
Constitutive models and computational frameworks
Hild, FrançoisUniversité Paris-Saclay, CentraleSupélec, ENS Paris-Saclay, CNRS, LMPS - Laboratoire de Mécanique Paris-Saclay, FranceAnalysis of concrete materials
Hoang, Linh CaoTechnical University of Denmark, DenmarkAnalysis of concrete structures
Hofer, PaulUniversity of Innsbruck, AustriaConstitutive models and computational frameworks  Presenter
Constitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing
Plenary Lecture 6
Hofstetter, GünterUniversity of Innsbruck, AustriaConstitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing
Plenary Lecture 6  Presenter
Honorio, TulioUniversité Paris-Saclay, CEA, Service de Recherche en Corrosion et Comportement des Matériaux, FranceAnalysis of concrete materials
Huber, PatrickTU Wien, AustriaAnalysis of concrete materials
Iglezakis, DorotheaUniversity of Stuttgart, GermanyAnalysis of concrete structures
Ikeda, KokiNiigata University, JapanAnalysis of concrete structures  Presenter
Ishida, TetsuyaThe University of Tokyo, JapanAnalysis of concrete structures
Iwama, KeitaiHokkaido University, JapanAnalysis of concrete structures  Presenter
Jabareen, MahmoodTechnion – Israel Institute of Technology, IsraelConstitutive models and computational frameworks  Presenter
Jafarkhani, MahdiUniversity of Stuttgart, GermanyAnalysis of concrete structures
Jason, LudovicUniversité Paris-Saclay, CEA, FranceAnalysis of concrete structures
Jespers, ThomasKU Leuven, BelgiumAnalysis of concrete structures
Analysis of concrete structures  Presenter
Ji, XiThe University of Tokyo, JapanMulti-scale and multi-physics approaches
Ji, YifangThe University of Tokyo, JapanAnalysis of concrete structures  Presenter
Jirásek, MilanCzech Technical University in Prague, Czech RepublicAdvanced concrete simulations  Presenter
Jochyms, ThomasVINCI Construction Grands Projets, FranceAnalysis of concrete structures
Constitutive models and computational frameworks  Presenter
Kaczmarczyk, LukaszUniversity of Glasgow, United KingdomConstitutive models and computational frameworks  Presenter
Khmurovska, YuliiaCzech Technical University in Prague, Czech RepublicAnalysis of concrete structures
Khoury, JulienUniversité de Pau et des Pays de l'Adour, FranceData-driven, AI and machine learning methods
Kiakojouri, FoadPolitecnico di Torino, ItalyAnalysis of concrete structures
Kim, Ji-SuUniversity of Seoul, Seoul, Republic of Korea;
University of Seoul, Korea, Republic of (South Korea)		Analysis of concrete materials
Simulation methods for 3D concrete printing  Presenter
Kimura, MasaomiKindai University, JapanData-driven, AI and machine learning methods
Kollegger, JohannTU Wien, AustriaAnalysis of concrete structures
Kondys, BeniaminGdańsk University of Technology, PolandConstitutive models and computational frameworks  Presenter
Multi-scale analysis of concrete materials
Königsberger, MarkusTU Wien, AustriaMulti-scale and multi-physics approaches
Korswagen, Paul A.Delft University of Technology, the NetherlandsConstitutive models and computational frameworks
Kostense, Niels W.TU Delft, Netherlands, TheConstitutive models and computational frameworks  Presenter
Kovar, JiriCervenka Consulting s.r.o., Czech Republic;
Czech Technical University, Prague, Czech Republic		Data-driven, AI and machine learning methods
Analysis of concrete structures  Presenter
Krzaczek, MarekGdańsk Univeristy of Technology, PolandMulti-scale and multi-physics approaches  Presenter
Krzaczek, MarekGdańsk University of Technology, PolandMulti-scale analysis of concrete materials
Květoň, JosefBrno University of Technology, Czech RepublicPlenary Lecture 3
La Valle, GabrieleUniv Gustave Eiffel, MSME, CNRS UMR 8208, FranceMulti-scale and multi-physics approaches
Larbi, WalidNational Conservatory of Arts and Crafts (CNAM), Structural Mechanics and Coupled Systems Laboratory (LMSSC), FranceAnalysis of concrete structures
Larsen, JeffTechnical University of Denmark, Denmark;
COWI A/S, Denmark		Analysis of concrete structures  Presenter
Le, Jia-LiangUniversity of Minnesota, MN, USA;
University of Minnesota, United States of America		Constitutive models and computational frameworks including 3D concrete printing
Constitutive models and computational frameworks including 3D concrete printing  Presenter
Plenary Lecture 1
Lee, Chin-LongUniversity of Canterbury, New ZealandConstitutive models and computational frameworks including 3D concrete printing
Lehky, DavidTechnical University of Brno, Czech RepublicData-driven, AI and machine learning methods
Lewandowski, KarolUniversity of Glasgow, United KingdomConstitutive models and computational frameworks
Li, CunyiCzech Technical University in Prague, Czech RepublicAdvanced concrete simulations
Li, SijiaNational Conservatory of Arts and Crafts (CNAM), Structural Mechanics and Coupled Systems Laboratory (LMSSC), FranceAnalysis of concrete structures
Liao, Wen-ChengNational Taiwan University, ChinaMulti-scale and multi-physics approaches
López-de Abajo, LuciaUniversidad Politecnica de Madrid, SpainAnalysis of concrete materials
Lorentz, EricEDF R&D, FranceConstitutive models and computational frameworks  Presenter
Mader, ThomasBOKU University, AustriaConstitutive models and computational frameworks including 3D concrete printing
Plenary Lecture 6
Maekawa, KoichiYokohama National University, JapanAnalysis of concrete structures
Marchelli, MaddalenaPolitecnico di Torino, ItalyAnalysis of concrete structures  Presenter
Martinásek, JosefBrno University of Technology, Czech RepublicConstitutive models and computational frameworks including 3D concrete printing
Marzec, IreneuszGdańsk University of Technology, PolandConstitutive models and computational frameworks  Presenter
Mašek, JanBrno University of Technology, Czech RepublicPlenary Lecture 3
Masoero, EnricoPolitecnico di Milano, ItalyAdvanced concrete simulations  Presenter
Multi-scale and multi-physics approaches
Mehrpay, SaeidGhent University, BelgiumConstitutive models and computational frameworks  Presenter
Meschke, GüntherRuhr University Bochum, GermanyConstitutive models and computational frameworks
Constitutive models and computational frameworks
Messali, FrancescoDelft University of Technology, NetherlandsConstitutive models and computational frameworks
Michel-Ponnelle, SylvieEDF R&D, FranceConstitutive models and computational frameworks
Michelini, ElenaUniversity of Parma, Parma, ItalyAnalysis of concrete structures
Mitrovic, LukaBOKU Vienna, AustriaConstitutive models and computational frameworks  Presenter
Molkens, TomKU Leuven, BelgiumAnalysis of concrete structures  Presenter
Analysis of concrete structures
Analysis of concrete structures
Moragues, AmparoUniversidad Politecnica de Madrid, SpainAnalysis of concrete materials
Moritz, BerndÖBB-Infrastruktur AG, AustriaAnalysis of concrete structures
Muciaccia, GiovanniPolitecnico di Milano, ItalyConstitutive models and computational frameworks including 3D concrete printing
Mukai, MoekaNiigata University, JapanAnalysis of concrete structures
Němeček, JiříCzech Technical University in Prague, Czech RepublicMulti-scale analysis of concrete materials
Multi-scale analysis of concrete materials  Presenter
Němečková, JitkaCzech Technical University in Prague, Czech RepublicMulti-scale analysis of concrete materials
Neu, Gerrit EmanuelRuhr University Bochum, GermanyConstitutive models and computational frameworks  Presenter
Neuner, MatthiasUniversity of Natural Resources and Life Sciences, Austria;
University of Innsbruck, Austria;
BOKU University, Austria;
BOKU Vienna, Austria		Constitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing  Presenter
Plenary Lecture 6
Nguyen, Anh TayNorthwestern University, United StatesPlenary Lecture 1
Nitka, MichałGdańsk University of Technology, PolandConstitutive models and computational frameworks  Presenter
Multi-scale analysis of concrete materials
Novak, DrahomirTechnical University of Brno, Czech RepublicData-driven, AI and machine learning methods
Noxpanco, Gonzalo GarciaGdańsk University of Technology, PolandConstitutive models and computational frameworks
Odescalchi, GiorgiaPolitecnico di Milano, ItalyAdvanced concrete simulations
Ofiteru, Irina DanaNewcastle University, United KingdomMulti-scale and multi-physics approaches
Oh, Seo-EunYonsei University, Seoul, Republic of KoreaAnalysis of concrete materials
Ohno, KentaroTokyo Metropolitan University, JapanData-driven, AI and machine learning methods
Osman, FatimaNational Conservatory of Arts and Crafts (CNAM), Structural Mechanics and Coupled Systems Laboratory (LMSSC), FranceAnalysis of concrete structures  Presenter
Ouzia, AlexandreHeidelberg Materials, GermanyMulti-scale and multi-physics approaches
Paccola, Rodrigo RibeiroUniversity of São Paulo, BrazilConstitutive models and computational frameworks
Pais, JosephGraitec Innovation, FranceAnalysis of concrete structures
Parente, LucaUniversity G. D’Annunzio of Chieti-Pescara, ItalyConstitutive models and computational frameworks including 3D concrete printing
Park, YeonchulSeoul National University, Korea, Republic of (South Korea)Analysis of concrete structures
Pattajoshi, SobhanIndian Institute of Technology Roorkee, IndiaData-driven, AI and machine learning methods  Presenter
Pearce, Chris J.University of Glasgow, United KingdomConstitutive models and computational frameworks
Pelessone, DanieleEngineering and Software System Solutions, Inc. (ES3), USAConstitutive models and computational frameworks
Phung, Quoc TriBelgian Nuclear Research Centre (SCK-CEN), BelgiumMulti-scale and multi-physics approaches
Pichler, BernhardTU Wien, AustriaAnalysis of concrete structures
Multi-scale and multi-physics approaches
Pijaudier-Cabot, GillesUniversité de Pau et des Pays de l'Adour, FranceData-driven, AI and machine learning methods  Presenter
Pilgerstorfer, ThomasGeoconsult ZT GmbH, AustriaAnalysis of concrete structures
Poulsen, Peter NoeTechnical University of Denmark, DenmarkAnalysis of concrete structures
Poyet, StéphaneUniversité Paris-Saclay, CEA, Service de Recherche en Corrosion et Comportement des Matériaux, FranceAnalysis of concrete materials
Puppo, FedericaPolitecnico di Milano, ItalyAdvanced concrete simulations
Qin, YanyueThe University of Tokyo, JapanMulti-scale and multi-physics approaches  Presenter
Raisinger, JanBrno University of Technology, Czech RepublicMulti-scale and multi-physics approaches  Presenter
Rashti, OffriBen Gurion University of the Negev, IsraelData-driven, AI and machine learning methods
Ravasini, SimoneUniversity of Parma, Parma, ItalyAnalysis of concrete structures
Plenary Lecture 2
Ray, SonalisaIndian Institute of Technology Roorkee, IndiaData-driven, AI and machine learning methods
Razgordanisharahi, AliTU Wien, AustriaAnalysis of concrete structures
Reiterman, PavelCzech Technical University in Prague, Czech RepublicMulti-scale and multi-physics approaches
Reynders, EdwinKU Leuven, BelgiumAnalysis of concrete structures
Richard, BenjaminASNR/DES/SES/B2EM, FranceAnalysis of concrete structures
Rima, AyaEDF, FranceAnalysis of concrete structures  Presenter
Rimkus, ArvydasVilnius Gediminas Technical University, LithuaniaConstitutive models and computational frameworks
Robens-Radermacher, AnnikaBundesanstalt für Materialforschung und -prüfung, GermanyAnalysis of concrete structures
Simulation methods for 3D concrete printing
Rosenbusch, Sjard MathisBundesanstalt für Materialforschung und -prüfung, GermanyAnalysis of concrete structures
Rots, Jan G.Delft University of Technology, the Netherlands;
TU Delft, Netherlands, The		Constitutive models and computational frameworks
Constitutive models and computational frameworks
Constitutive models and computational frameworks
Runcie, CallumUniversity of Glasgow, United KingdomConstitutive models and computational frameworks
Sadílek, VáclavBrno University of Technology, Czech RepublicPlenary Lecture 3
Safabakhsh, AidaUniversity of Parma, Parma, ItalyAnalysis of concrete structures
Saif-Ur-Rehman, -Bundesanstalt für Materialforschung und -prüfung, Germany;
Eindhoven University of Technology, the Netherlands		Simulation methods for 3D concrete printing  Presenter
Satoh, Ayumikumamoto university, JapanAnalysis of concrete structures  Presenter
Šavija, BrankoDelft University of Technology, Netherlands, TheSimulation methods for 3D concrete printing
Schlangen, ErikDelft University of Technology, Netherlands, TheSimulation methods for 3D concrete printing
Schmid, Sophie J.TU Wien, AustriaMulti-scale and multi-physics approaches  Presenter
Schreter, MagdalenaUniversity of Innsbruck, AustriaPlenary Lecture 6
Schulz, Julie MøllerTechnical University of Denmark, Denmark;
COWI A/S, Denmark		Analysis of concrete structures
Seetharam, Suresh C.Belgian Nuclear Research Centre (SCK-CEN), BelgiumMulti-scale and multi-physics approaches
Shao, JianfuLML, UMR8107 CNRS, University of Lille, FranceMulti-scale and multi-physics approaches
Sheng, RuyiTongji University, ChinaSimulation methods for 3D concrete printing
Shibano, KazumaNiigata University, JapanAnalysis of concrete structures
Data-driven, AI and machine learning methods  Presenter
Shittu, Ahmed OlanrewajuBauhaus-Universität Weimar, GermanyMulti-scale analysis of concrete materials
Shvarts, Andrei G.University of Glasgow, United KingdomConstitutive models and computational frameworks
Silveira, Pedro Henrique RiosDelft University of Technology, Netherlands, TheConstitutive models and computational frameworks  Presenter
Sleiman, Jean-MarieVINCI Construction Grands Projets, FranceAnalysis of concrete structures  Presenter
Slobbe, Arthur T.Netherlands Organization for Applied Scientific Research (TNO), NetherlandsConstitutive models and computational frameworks
Smaniotto, StefanSchwenk Zement, GermanyPlenary Lecture 6
Smilauer, VitCzech Technical University in Prague, Czech RepublicMulti-scale and multi-physics approaches
Smits, JulesKU Leuven, BelgiumAnalysis of concrete structures
Sorgner, MaximilianTU Wien, AustriaAnalysis of concrete structures  Presenter
Spacone, EnricoUniversity G. D’Annunzio of Chieti-Pescara, ItalyConstitutive models and computational frameworks including 3D concrete printing
Stadlbauer, FlorianTU Wien, AustriaAnalysis of concrete structures
Stemberk, PetrCzech Technical University in Prague, Czech RepublicAnalysis of concrete structures
Suárez, FernandoUniversity of Jaén, SpainAnalysis of concrete structures  Presenter
Subramanian, KrishnaaKU Leuven, BelgiumAnalysis of concrete structures  Presenter
Suzuki, TetsuyaNiigata University, JapanAnalysis of concrete structures
Data-driven, AI and machine learning methods  Presenter
Data-driven, AI and machine learning methods
Szczecina, MichałKielce University of Technology, PolandConstitutive models and computational frameworks  Presenter
Takahashi, YuyaThe University of Tokyo, JapanMulti-scale and multi-physics approaches
Talebkhah, RoozbehUniversity of Minho, PortugalPlenary Lecture 5
Tang, MingzheGhent University, BelgiumMulti-scale and multi-physics approaches  Presenter
Tejchman, JacekGdańsk Univeristy of Technology, PolandMulti-scale and multi-physics approaches
Tejchman, JacekGdańsk University of Technology, PolandMulti-scale analysis of concrete materials  Presenter
Thommes, EliottUniversity of Liege, BelgiumMulti-scale and multi-physics approaches  Presenter
Tyagi, DivyanshBundesanstalt für Materialforschung und -prüfung, GermanyAnalysis of concrete structures
Ueda, TamonGuangdong Provincial Key Laboratory of Durability for Marine Civil Engineering, ChinaConstitutive models and computational frameworks
Unger, Jörg F.Bundesanstalt für Materialforschung und -prüfung, GermanyAnalysis of concrete structures  Presenter
Simulation methods for 3D concrete printing
Untermarzoner, FranzTU Wien, AustriaAnalysis of concrete structures  Presenter
Valentini, BernhardPlansee SE, AustriaPlenary Lecture 6
Van Itterbeeck, PetraBuildwise, BelgiumAnalysis of concrete structures
Van Tittelboom, KimUniversiteit Gent, BelgiumSimulation methods for 3D concrete printing
Vazana, MichalTechnion – Israel Institute of Technology, IsraelConstitutive models and computational frameworks
Verstrynge, ElsKU Leuven, BelgiumAnalysis of concrete structures
Vievering, JoshUniversity of Minnesota, United States of AmericaConstitutive models and computational frameworks including 3D concrete printing
Vita, Norbertfischerwerke GmbH & Co. KG, GermanyConstitutive models and computational frameworks
Vořechovský, MiroslavBrno University of TechnologyAnalysis of concrete structures
Plenary Lecture 3  Presenter
Vorel, JanCzech Technical University in Prague, Czech RepublicAnalysis of concrete materials
Constitutive models and computational frameworks
Multi-scale and multi-physics approaches
Simulation methods for 3D concrete printing
Vrijdaghs, RutgerKU Leuven, BelgiumAnalysis of concrete structures
Analysis of concrete structures
Wan-Wendner, RomanGhent University, Belgium;
Universiteit Gent, Belgium		Analysis of concrete materials
Analysis of concrete structures
Analysis of concrete structures
Constitutive models and computational frameworks
Constitutive models and computational frameworks including 3D concrete printing  Presenter
Multi-scale and multi-physics approaches
Multi-scale and multi-physics approaches
Simulation methods for 3D concrete printing
Wang, JiajiaGhent University, BelgiumAnalysis of concrete materials
Wang, LiGuangdong Provincial Key Laboratory of Durability for Marine Civil Engineering, ChinaConstitutive models and computational frameworks
Wang, ZhaoThe University of Tokyo, JapanAnalysis of concrete structures
Winkler, BernhardHilti AG, LiechtensteinPlenary Lecture 6
Winnicki, AndrzejCracow University of Technology, PolandConstitutive models and computational frameworks
Wolfs, R.J.M.Eindhoven University of Technology, the NetherlandsSimulation methods for 3D concrete printing
Wosatko, AdamCracow University of Technology, PolandConstitutive models and computational frameworks  Presenter
Wu, ShiyuSoutheast University, Nanjing, ChinaAdvanced concrete simulations
Xu, HoulinJohns Hopkins University, United StatesPlenary Lecture 1
Yang, YuguangTU Delft, Netherlands, TheConstitutive models and computational frameworks
Yang, YujinUniversity of Seoul, Korea, Republic of (South Korea)Simulation methods for 3D concrete printing
Yang, ZhenjunWuhan University, ChinaConstitutive models and computational frameworks
Constitutive models and computational frameworks
Ye, JunhwiSeoul National University, Korea, Republic of (South Korea)Analysis of concrete structures
Yoo, ChanhoUniversity of Seoul, Korea, Republic of (South Korea)Simulation methods for 3D concrete printing
Yuan, YongTongji University, ChinaSimulation methods for 3D concrete printing  Presenter
Yvonnet, JulienUniv Gustave Eiffel, MSME, CNRS UMR 8208, FranceMulti-scale and multi-physics approaches
Zeaiter, NourUniversité Paris-Saclay, CEA, Service de Recherche en Corrosion et Comportement des Matériaux, France;
Univ Gustave Eiffel, MSME, CNRS UMR 8208, France		Multi-scale and multi-physics approaches  Presenter
Zhang, Jiao-LongTongji University, ChinaSimulation methods for 3D concrete printing
Zhang, Jin-YuanTongji University, ChinaSimulation methods for 3D concrete printing
Zhao, RuidongFrench authority for nuclear Safety and radiation protection, FranceAnalysis of concrete structures
Zhao, YangNorthwestern University, United StatesPlenary Lecture 1