2002
DOI: 10.1016/s0008-8846(01)00695-0
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Monotonic and fatigue performance in bending of fiber-reinforced engineered cementitious composite in overlay system

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Cited by 160 publications
(68 citation statements)
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“…Na Figura 11 constam dados de ensaios de fadiga em ECC realizados por diferentes pesquisadores [8][9][13][14][15], incluindo os produzidos nesta pesquisa. Os ensaios de fadiga são influenciados por muitos fatores, dos quais se pode destacar a frequência aplicada nos ciclos de carga, os tipos de materiais presentes nos compósitos, os modos de carregamento, a variação entre σ máx e σ mín , entre outros.…”
Section: Resultados Dos Ensaios De Fadigaunclassified
“…Na Figura 11 constam dados de ensaios de fadiga em ECC realizados por diferentes pesquisadores [8][9][13][14][15], incluindo os produzidos nesta pesquisa. Os ensaios de fadiga são influenciados por muitos fatores, dos quais se pode destacar a frequência aplicada nos ciclos de carga, os tipos de materiais presentes nos compósitos, os modos de carregamento, a variação entre σ máx e σ mín , entre outros.…”
Section: Resultados Dos Ensaios De Fadigaunclassified
“…is demonstrates that more and more fibers participated in the fiber bridging during the dynamic test. Simultaneously, they were pulled out or broken in fatigue load with the decrease of the flexural capacity [10,32,33]. Figure 8(a), the matrix specimen just has one tiny crack when it loses its bearing capacity.…”
Section: P-cmod Curvesmentioning
confidence: 99%
“…There have been few studies investigating bonding using the mineral-based method under fatigue loading. Zhang and Li (2002) investigated the effect of surface bonding on the fatigue performance of the ECC overlay system using a flexural test. The result showed that the layer-based interface characteristics, rough or smooth, do not influence the fatigue life.…”
Section: Mineral Bonded Systemmentioning
confidence: 99%