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A numerical investigation of interfacial and channelling crack growth rates under low-cycle fatigue in bi-layer materials relevant to cultural heritage

Ruoyu Zhang, Joseph D. Wood, Christina Young, Ambrose C. Taylor, Daniel S. Balint, M.N. Charalambides

2021Journal of Cultural Heritage18 citationsDOIOpen Access PDF

Topics & Concepts

ChannellingMaterials scienceRelative humidityComposite materialAlkydLayer (electronics)Substrate (aquarium)WettingDelamination (geology)Structural engineeringCoatingChemistryEngineeringGeologyMeteorologyOceanographyOrganic chemistryPhysicsSubductionIonPaleontologyTectonicsBuilding materials and conservationConservation Techniques and StudiesCultural Heritage Materials Analysis
A numerical investigation of interfacial and channelling crack growth rates under low-cycle fatigue in bi-layer materials relevant to cultural heritage | Litcius