Realizing the synergy of carbon nanotubes and matrix microstructure for improved flexural behavior of laminated carbon/carbon composites

Volume: 738, Pages: 49 - 55
Published: Mar 1, 2018
Abstract
Carbon nanotubes have been electrophoretically deposited on carbon fibers to improve the flexural performance of laminated carbon/carbon composites. The synergy effect between carbon nanotubes and different textured pyrocarbon matrix has been investigated. Mechanical testing results showed that after introducing nanotubes into low-texture-matrix and high-texture-matrix composites, their flexural strength increased by 13.9% (up to 197 MPa) and...
Paper Details
Title
Realizing the synergy of carbon nanotubes and matrix microstructure for improved flexural behavior of laminated carbon/carbon composites
Published Date
Mar 1, 2018
Volume
738
Pages
49 - 55
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