6533b828fe1ef96bd12879fd

RESEARCH PRODUCT

Shake-table testing of a stone masonry building aggregate: overview of blind prediction study

I. TomićA. PennaM. DejongC. ButenwegA. A. CorreiaP. X. CandeiasI. SenaldiG. GuerriniD. MalomoB. WildingD. PettingaM. SpanenburgN. GalanakisS. OliverF. ParisseR. MarquesS. CattariP. B. LourençoF. GalvezD. DizhurJ. M. InghamG. RamagliaG. P. LignolaA. ProtaO. AlshawaD. LiberatoreL. SorrentinoR. GagliardoM. GodioF. PortioliR. LandolfoF. SolarinoN. BianchiniM. P. CiocciA. RomanazziA. AşıkoğluJ. D’annaR. RamirezF. RomisM. MarinkovićF. ĐOrđevićK. Beyer

subject

Shake-table test550Incremental dynamic analysisincremental dynamic analysisheritagepushover analysismodelsddc:550masonry aggregatesBlind predictionHistorical masonry Masonry aggregates Incremental dynamic analysis Shake-table test Blind predictionCivil and Structural Engineeringhistorical masonryshake-table testwallsBuilding and ConstructionGeotechnical Engineering and Engineering GeologyBlind prediction; Historical masonry; Incremental dynamic analysis; Masonry aggregates; Shake-table testSettore ICAR/09 - Tecnica Delle CostruzioniGeophysicsseismic assessmentblind predictionHistorical masonryMasonry aggregatesstrengthperformance

description

Bulletin of earthquake engineering (2023). doi:10.1007/s10518-022-01582-x special issue: "Adjacent Interacting Masonry Structures"

yearjournalcountryeditionlanguage
2023-03-20
https://infoscience.epfl.ch/record/301908