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Carbon fiber reinforced composites have been used in a variety of industries including the automotive, marine and aerospace industri.
According to foreign media reports, researchers from the University of Petroleum and Energy Studies in India and the University of Salerno in Italy published a paper in the journal Polymers exploring the Influence of graphene oxide on functionalized carbon fiber reinforced composites (CFR.
(Image credit: UPES)
Carbon Fiber Reinforced Composites
Carbon Fiber Reinforced CompositesCFRP has applications in several industries including the automotive, marine and aerospace industri.
To address these issues, one strategy is to combine different forms of carbon nanostructur.
Different forms of carbon nanostructures
Different forms of carbon nanostructuresIncorporating different forms of carbon nanostructures into composites can achieve different functional properties and improve mechanical properti.
The preparation of single-layer graphene has always been the focus of research, but so far, high-performance materials with excellent electrical conductivity and related functional properties have not been develop.
Graphene oxide nanosheets, composed of stacked graphene layers, can solve these proble.
The ability of graphene nanoparticles to provide functional groups to resins has been reported in several papers, while others mention promoting adhesion between polymers and carbon fibe.
this study
this studyIn this study, the researchers comprehensively evaluate the recent research progress of using graphene oxide nanoparticles to improve the performance of CFRP, and analyze and comment on 91 related papers in the existing literatu.
The addition of graphene oxide nanosheets can improve the viscoelastic, thermal, mechanical and electrical properties of these materia.
There are several functionalization methods to improve interfacial adhesi.
Different preparation processes can be used to improve the dispersion state of graphene oxide in the polymer matr.
In addition, the researchers also reviewed the application status and prospects of graphene oxide-modified composit.
