FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2471353006> ?p ?o ?g. }

• W2471353006 endingPage "109" @default.
• W2471353006 startingPage "98" @default.
• W2471353006 abstract "Abstract Improving the interlaminar fracture toughness of fibre-reinforced composites based on thermosetting polymeric matrices is of significant interest to a broad range of applications. In the present work we report a multi-scale approach to synergistically toughen composites by combining nano- and macro-scale reinforcements inspired by natural composite materials. Carbon reinforcements with two different length scales are used: nano-scale carbon nanofibres (∼100 nm diameter) and macro-scale carbon z-pins (∼280 μm diameter) to reinforce continuous carbon-fibre composites in the through-thickness direction. The resultant composite, featuring three-dimensional reinforcement architecture, possesses triple toughening mechanisms at three different scales, thus yielding a synergistic effect. At the nano-scale, the carbon nanofibres alone promote high mode I delamination resistance (∼70% increase in interlaminar fracture energy) by multiple intrinsic and extrinsic toughening processes around the crack tip. The macro-size carbon z-pins, together with the crossover continuous fibres, promote a strong extrinsic toughening mechanism (∼200% increase in the interlaminar fracture energy) behind the crack tip and over a larger length-scale via both the z-pins and crossover fibres bridging the crack faces. When used concurrently, the nanofillers and z-pins promote a higher toughness under quasi-static loading (∼400% increase in fracture energy) than when used separately due to a multiplicative effect from the interplay between intrinsic and extrinsic toughening processes operative ahead of, and behind, the crack tip. Under mode I interlaminar cyclic-fatigue loading, the multi-scale laminates show a strong improvement in resistance against fatigue delamination growth. Similar to the synergistic increase in fracture energy, a greater increase in the delamination fatigue resistance occurs when both are active together. However, the results indicate that the synergistic effect of the multi-scale toughening is statistically significant under quasi-static loading but not under fatigue loading. A very small reduction (∼2%) in the tensile strength is observed for the multi-scale reinforced laminates." @default.
• W2471353006 created "2016-07-22" @default.
• W2471353006 creator A5003504731 @default.
• W2471353006 creator A5004399622 @default.
• W2471353006 creator A5024496273 @default.
• W2471353006 creator A5034751387 @default.
• W2471353006 creator A5043223724 @default.
• W2471353006 creator A5049311287 @default.
• W2471353006 creator A5062807746 @default.
• W2471353006 creator A5067430613 @default.
• W2471353006 date "2016-08-01" @default.
• W2471353006 modified "2023-10-11" @default.
• W2471353006 title "Multi-scale toughening of fibre composites using carbon nanofibres and z-pins" @default.
• W2471353006 cites W1183466648 @default.
• W2471353006 cites W1510253829 @default.
• W2471353006 cites W1958290884 @default.
• W2471353006 cites W1971546295 @default.
• W2471353006 cites W1971974144 @default.
• W2471353006 cites W1982598062 @default.
• W2471353006 cites W1989110771 @default.
• W2471353006 cites W1989443502 @default.
• W2471353006 cites W1992245629 @default.
• W2471353006 cites W1999189559 @default.
• W2471353006 cites W2004210153 @default.
• W2471353006 cites W2010504733 @default.
• W2471353006 cites W2011382223 @default.
• W2471353006 cites W2019049862 @default.
• W2471353006 cites W2021883402 @default.
• W2471353006 cites W2024335637 @default.
• W2471353006 cites W2026256857 @default.
• W2471353006 cites W2032741311 @default.
• W2471353006 cites W2033893982 @default.
• W2471353006 cites W2037386716 @default.
• W2471353006 cites W2041108753 @default.
• W2471353006 cites W2041320769 @default.
• W2471353006 cites W2041697026 @default.
• W2471353006 cites W2041970383 @default.
• W2471353006 cites W2043030434 @default.
• W2471353006 cites W2051895534 @default.
• W2471353006 cites W2055041875 @default.
• W2471353006 cites W2057463211 @default.
• W2471353006 cites W2058129408 @default.
• W2471353006 cites W2063045109 @default.
• W2471353006 cites W2064616612 @default.
• W2471353006 cites W2073686198 @default.
• W2471353006 cites W2077455087 @default.
• W2471353006 cites W2079690399 @default.
• W2471353006 cites W2080764688 @default.
• W2471353006 cites W2081349722 @default.
• W2471353006 cites W2094089770 @default.
• W2471353006 cites W2102719653 @default.
• W2471353006 cites W2128451358 @default.
• W2471353006 cites W2128742340 @default.
• W2471353006 cites W2131834629 @default.
• W2471353006 cites W2158893248 @default.
• W2471353006 cites W2195489057 @default.
• W2471353006 cites W2233458558 @default.
• W2471353006 cites W2356993649 @default.
• W2471353006 cites W4242333118 @default.
• W2471353006 cites W828193940 @default.
• W2471353006 doi "https://doi.org/10.1016/j.compscitech.2016.06.005" @default.
• W2471353006 hasPublicationYear "2016" @default.
• W2471353006 type Work @default.
• W2471353006 sameAs 2471353006 @default.
• W2471353006 citedByCount "78" @default.
• W2471353006 countsByYear W24713530062016 @default.
• W2471353006 countsByYear W24713530062017 @default.
• W2471353006 countsByYear W24713530062018 @default.
• W2471353006 countsByYear W24713530062019 @default.
• W2471353006 countsByYear W24713530062020 @default.
• W2471353006 countsByYear W24713530062021 @default.
• W2471353006 countsByYear W24713530062022 @default.
• W2471353006 countsByYear W24713530062023 @default.
• W2471353006 crossrefType "journal-article" @default.
• W2471353006 hasAuthorship W2471353006A5003504731 @default.
• W2471353006 hasAuthorship W2471353006A5004399622 @default.
• W2471353006 hasAuthorship W2471353006A5024496273 @default.
• W2471353006 hasAuthorship W2471353006A5034751387 @default.
• W2471353006 hasAuthorship W2471353006A5043223724 @default.
• W2471353006 hasAuthorship W2471353006A5049311287 @default.
• W2471353006 hasAuthorship W2471353006A5062807746 @default.
• W2471353006 hasAuthorship W2471353006A5067430613 @default.
• W2471353006 hasBestOaLocation W24713530062 @default.
• W2471353006 hasConcept C104779481 @default.
• W2471353006 hasConcept C140205800 @default.
• W2471353006 hasConcept C159985019 @default.
• W2471353006 hasConcept C166595027 @default.
• W2471353006 hasConcept C192562407 @default.
• W2471353006 hasConcept C2777888453 @default.
• W2471353006 hasConcept C99595764 @default.
• W2471353006 hasConceptScore W2471353006C104779481 @default.
• W2471353006 hasConceptScore W2471353006C140205800 @default.
• W2471353006 hasConceptScore W2471353006C159985019 @default.
• W2471353006 hasConceptScore W2471353006C166595027 @default.
• W2471353006 hasConceptScore W2471353006C192562407 @default.
• W2471353006 hasConceptScore W2471353006C2777888453 @default.
• W2471353006 hasConceptScore W2471353006C99595764 @default.
• W2471353006 hasFunder F4320334704 @default.

• next