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1. Full Text Graphitic carbon nitride (g-C3N4) interfacially strengthened carbon fiber epoxy composites
by Song, Bo and Wang, Tingting and Sun, Honggang and Liu, Hu and Mai, Xianmin and Wang, Xiaojing and Wang, Li and Wang, Ning and Huang, Yudong and Guo, Zhanhu
Composites science and technology, ISSN 0266-3538, 10/2018, Volume 167, pp. 515 - 521
C3N4 | Surface treatments | Carbon fibers | Fiber/matrix bond | Interphase | Interfacial strength | Materials Science | Technology | Materials Science, Composites | Science & Technology | Mechanical properties | Nitrides | Chemical properties | Epoxy resins | Interfacial bonding | Polymer matrix composites | Storage modulus | Particulate composites | Shear strength | Fiber composites | Carbon-epoxy composites | Interfacial properties | Free energy | Carbon nitride | Fiber reinforced polymers | Organic chemistry | Wettability | Dynamic mechanical properties | Interfacial shear strength | Chemical bonds | Carbon fiber reinforced plastics | Functional groups
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2. Full Text Reinforcing the corrosion protection property of epoxy coating by using graphene oxide–poly(urea–formaldehyde) composites
by Zheng, Hongpeng and Shao, Yawei and Wang, Yanqiu and Meng, Guozhe and Liu, Bin
Corrosion science, ISSN 0010-938X, 07/2017, Volume 123, pp. 267 - 277
Epoxy coatings | Graphene oxide | Barrier performance | Corrosion protection property | Urea–formaldehyde resin | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Science & Technology | Urea | Graphene | Epoxy resins | Graphite | Coatings | Corrosion and anti-corrosives | Formaldehyde | Corrosion | Steel | Scanning electron microscopy | Infrared spectroscopy | Fourier transforms | Polymer matrix composites | Particulate composites | X-ray diffraction | Fourier analysis | Carbon-epoxy composites | Sedimentation | Dispersion | Corrosion prevention | Transmission electron microscopy | Carbon steel | Protective coatings | Anchoring | Sheets | Electrochemical impedance spectroscopy
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3. Full Text Fracture toughness and failure mechanism of graphene based epoxy composites
by Chandrasekaran, Swetha and Sato, Narumichi and Tölle, Folke and Mülhaupt, Rolf and Fiedler, Bodo and Schulte, Karl
Composites science and technology, ISSN 0266-3538, 06/2014, Volume 97, pp. 90 - 99
B. Fracture | A. Nano-composites | D. Scanning electron microscopy | B. Fracture toughness | D. Fractography | Materials Science | Technology | Materials Science, Composites | Science & Technology | Applied sciences | Technology of polymers | Composites | Exact sciences and technology | Polymer industry, paints, wood | Forms of application and semi-finished materials | Composite materials industry | Graphene | Epoxy resins | Graphite | Polymer matrix composites | Fracture mechanics | Fillers | Carbon-epoxy composites | Nanostructure | Failure mechanisms | Fracture toughness
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4. Full Text Coupled thermal–electrical analysis for carbon fiber/epoxy composites exposed to simulated lightning current
by Ogasawara, Toshio and Hirano, Yoshiyasu and Yoshimura, Akinori
Composites. Part A, Applied science and manufacturing, ISSN 1359-835X, 2010, Volume 41, Issue 8, pp. 973 - 981
C. Numerical analysis | D. Thermal analysis | A. Carbon fiber | B. Delamination | Numerical analysis | Thermal analysis | Delamination | Carbon fiber | Engineering | Materials Science | Engineering, Manufacturing | Technology | Materials Science, Composites | Science & Technology | Applied sciences | Technology of polymers | Laminates | Exact sciences and technology | Polymer industry, paints, wood | Forms of application and semi-finished materials | Polymer matrix composites | Lightning strikes | Computer simulation | Thermal decomposition | Lightning | Carbon-epoxy composites | Carbon fiber reinforced plastics | Mathematical models | Damage
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5. Full Text Silver nanoparticles/graphene oxide decorated carbon fiber synergistic reinforcement in epoxy-based composites
by Wang, Caifeng and Zhao, Min and Li, Jun and Yu, Jiali and Sun, Shaofan and Ge, Shengsong and Guo, Xingkui and Xie, Fei and Jiang, Bo and Wujcik, Evan K and Huang, Yudong and Wang, Ning and Guo, Zhanhu
Polymer (Guilford), ISSN 0032-3861, 11/2017, Volume 131, pp. 263 - 271
Graphene oxide | Silver nanoparticles | Interfacial properties | Polymer Science | Physical Sciences | Science & Technology | Atomic force microscopy | Infrared spectroscopy | Fourier transforms | Atomic beam spectroscopy | Carbon-epoxy composites | Photoelectron spectroscopy | Nanoparticles | Wettability | Epoxy resins | Surface properties | Carbon fiber reinforced plastics | Deposition | Electrophoretic deposition | Sheets | Scanning electron microscopy | Polymer matrix composites | Shear strength | Mechanical properties | Surface roughness | Infrared spectra | Contact angle | Electron microscopy | Tensile strength | Silver | Transmission electron microscopy | Graphene | Interfacial shear strength | Electrochemistry | X ray photoelectron spectroscopy | Surface energy
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6. Full Text Enhancement of interlaminar fracture toughness of carbon fiber–epoxy composites using polyamide‐6,6 electrospun nanofibers
by Beylergil, Bertan and Tanoğlu, Metin and Aktaş, Engin
Journal of applied polymer science, ISSN 0021-8995, 09/2017, Volume 134, Issue 35, pp. 45244 - n/a
composites | polyamides | electrospinning | mechanical properties | Polymer Science | Physical Sciences | Science & Technology | Epoxy resins | Polyamides | Polymer matrix composites | Compression tests | Alloys | Mechanical properties | Electrospinning | Shear strength | Carbon-epoxy composites | Compressive strength | Impact tests | Cantilever beams | Glass transition temperature | Density | Bend strength | Tensile strength | Fracture toughness | Infusion | Impact strength | Impact resistance | Carbon fiber reinforced plastics | Fabrics
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7. Full Text Self‐healing and interfacially toughened carbon fibre‐epoxy composites based on electrospun core–shell nanofibres
by Neisiany, Rasoul Esmaeely and Lee, Jeremy Kong Yoong and Khorasani, Saied Nouri and Ramakrishna, Seeram
Journal of applied polymer science, ISSN 0021-8995, 08/2017, Volume 134, Issue 31, p. n/a
composites | nanostructured polymers | electrospinning | mechanical properties | Polymer Science | Physical Sciences | Science & Technology | Epoxy resins | Carbon fibers | Amines | Flexural strength | Shear strength | Carbon-epoxy composites | Nanofibers | Energy absorption | Tensile strength
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8. Full Text An invariant-based theory of composites
by Tsai, Stephen W and Melo, Jose Daniel D
Composites science and technology, ISSN 0266-3538, 08/2014, Volume 100, pp. 237 - 243
C. Failure criterion | B. Mechanical properties | Omni strain | C. Laminate theory | C. Elastic properties | Materials Science | Technology | Materials Science, Composites | Science & Technology | Applied sciences | Technology of polymers | Laminates | Exact sciences and technology | Polymer industry, paints, wood | Forms of application and semi-finished materials | Analysis | Composite materials industry | Plies | Envelopes | Stiffness matrix | Carbon-epoxy composites | Ply orientation | Failure | Strain
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9. Full Text Modified rule of mixtures and Halpin–Tsai model for prediction of tensile strength of micron-sized reinforced composites and Young’s modulus of multiscale reinforced composites for direct extrusion fabrication
by Luo, Zirong and Li, Xin and Shang, Jianzhong and Zhu, Hong and Fang, Delei
Advances in mechanical engineering, ISSN 1687-8132, 7/2018, Volume 10, Issue 7, pp. 1 - 10
rule of mixtures | carbon nanotubes | rubber nanoparticles | Short carbon fibers | Halpin–Tsai model | Thermodynamics | Engineering | Physical Sciences | Technology | Engineering, Mechanical | Science & Technology | Scanning electron microscopy | Authorship | Fillers | Nanotubes | Carbon nanotubes | Carbon-epoxy composites | Modulus of elasticity | Tensile strength | Crack propagation | Nanoparticles | Carbon fibers | Toughness | Researchers | Composite materials | Impact strength | Epoxy resins | Extrusion | Carbon fiber reinforced plastics | Mathematical models | Rubber
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10. Full Text Dispersion stability of functionalized MWCNT in the epoxy–amine system and its effects on mechanical and interfacial properties of carbon fiber composites
by Zhang, Qingjie and Wu, Jianqiao and Gao, Liang and Liu, Tian and Zhong, Weihong and Sui, Gang and Zheng, Guodong and Fang, Wei and Yang, Xiaoping
Materials & design, ISSN 0264-1275, 03/2016, Volume 94, pp. 392 - 402
Epoxy resin | Functionalized carbon nanotubes | Interfacial properties | Carbon fiber composites | Dispersion stability | Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology | Polymer matrix composites | Stability | Curing agents | Carbon-epoxy composites | Carbon fiber reinforced plastics | Dispersions | Resins | Polymers
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11. Full Text Application of the thermal energy storage concept to novel epoxy–short carbon fiber composites
by Dorigato, A and Fredi, G and Pegoretti, A
Journal of applied polymer science, ISSN 0021-8995, 06/2019, Volume 136, Issue 21, pp. 47434 - n/a
differential scanning calorimetry | microscopy | mechanical properties | Polymer Science | Physical Sciences | Science & Technology | Heat storage | Epoxy resins | Force and energy | Paraffins | Scanning electron microscopy | Polymer matrix composites | Enthalpy | Mechanical properties | Thermomechanical properties | Carbon-epoxy composites | Impact tests | Thermal stability | Thermal energy | Fiber reinforced polymers | Carbon fibers | Breakage | Curing | Carbon fiber reinforced plastics | Stiffness | Thermal degradation | Energy storage
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