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dc.contributor.author灘部, 岳晃ja
dc.contributor.author西川, 雅章ja
dc.contributor.author水口, 周ja
dc.contributor.author中村, 達也ja
dc.contributor.author武田, 展雄ja
dc.contributor.alternativeNADABE, Takeakija
dc.contributor.alternativeNISHIKAWA, Masaakija
dc.contributor.alternativeMINAKUCHI, Shuja
dc.contributor.alternativeNAKAMURA, Tatsuyaja
dc.contributor.alternativeTAKEDA, Nobuoja
dc.description.abstractThis paper experimentally investigates damage mechanisms which is closely related with the bearing failure in bolted joints of CFRP laminates and proposes a finite element model to reproduce those damage mechanisms. First, the damage was observed in the bearing failure of bolted joints, and the main factor of the large stiffness degradation in bearing failure is the fiber kinking damage. In addition, the fiber kinking is suppressed by the bolt clamping, which increases the bearing strength of bolted joints. Then, three-dimensional finite element model was developed for addressing the bearing failure in bolted joints based on the experimental observation. In this model, the initiation and the propagation of the fiber kinking damage which plays an important role in the bearing failure of bolted joints were reproduced and the stress failure criteria were investigated. The variation of the load at the kinking onset due to the bolt clamping was simulated and consequently the load history during the evolution of the fiber kinking damage was simulated.ja
dc.rights© 2011 日本複合材料学会ja
dc.subjectFiber reinforced compositesja
dc.subjectFailure mechanismja
dc.subjectBearing failureja
dc.subjectProgressive failure analysisja
dc.subjectMechanically fastened jointsja
dc.title.alternativeModeling of Fiber Kinking Damage for Bearing Failure in Bolted Joints of CFRP Laminatesja
dc.type.niitypeJournal Articleja
dc.identifier.jtitle日本複合材料学会誌 = Journal of the Japan Society for Composite Materialsja
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