Hybridization of Structural Fibers for Synergistic & Ductile Behavior - Kang, Thomas
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The use of carbon fibers (CF) and glass fibers (GF) were hybridized to strengthen potentially non-ductile flexural members and to produce synergistic hybrid effects. Data of tensile tests of 94 hybrid carbon-glass FRP sheets and 47 carbon and glass fiber rovings or sheets were thoroughly evaluated. Based on comparisons between the rule of mixtures for fibrous composites and test data, synergistic positive hybrid effects were clearly identified for almost all (CF/GF) ratios. In contrast to the rule of mixtures, the hybrid sheets with relatively high (CF/GF) ratios also produced…mehr

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Produktbeschreibung
The use of carbon fibers (CF) and glass fibers (GF) were hybridized to strengthen potentially non-ductile flexural members and to produce synergistic hybrid effects. Data of tensile tests of 94 hybrid carbon-glass FRP sheets and 47 carbon and glass fiber rovings or sheets were thoroughly evaluated. Based on comparisons between the rule of mixtures for fibrous composites and test data, synergistic positive hybrid effects were clearly identified for almost all (CF/GF) ratios. In contrast to the rule of mixtures, the hybrid sheets with relatively high (CF/GF) ratios also produced pseudo-ductility. From the calibrated results obtained from experiments, a novel analytical model for the stress-strain relationship of hybrid FRP sheets was proposed.
Autorenporträt
Thomas Kang, PhD, PE, FACI, FPTI, is a professor at Seoul National Univ. He earned his PhD from UCLA. He is an Editor-in-Chief for J. of Structural Integrity & Maintenance and Advances in Computational Design, and received Wason Medal for Most Meritorious Paper from ACI and Kenneth B. Bondy Award for the Most Meritorious Technical Paper from PTI.