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Deformation Mechanisms of Carbon Fibres and Carbon Fibre Composites
2016It is demonstrated how Raman spectroscopy can be employed to characterise both the structure and deformation of carbon fibres and also stress transfer from a polymer matrix to carbon fibres in a composite. It is shown that well-defined Raman spectra can be obtained from individual carbon fibres and this can be employed to both follow the carbonisation ...
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Thermoelectric processing of carbon fibres
Fibre Chemistry, 2000It was found that when an electric current with a density of 45.6·106 A/m2 is passed through a carbon fibre for 15 sec, its temperature increases to 950@deg;C. This causes the total elimination of sorbed moisture, oiling agent, and surface contaminants, and increases the filament strength to 3640 MPa, which is 18% higher than for fibres undergoing “wet”
R. M. Sinel'nikova +3 more
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Histological response to carbon fibre
The Journal of Bone and Joint Surgery. British volume, 1985The soft tissue response to carbon fibre was studied histologically one and a half years after being used to reconstruct the lateral collateral ligament of the human knee. A remarkably consistent pattern was seen in the induced ligament. The basic pattern was a "composite unit", consisting of a core of carbon fibre enveloped in a concentric manner by ...
D G, Mendes +3 more
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Environmental Research, 1978
Carbon fibre, manufactured from a polyacrylonitrile fibre precursor, is used to reinforce plastic in the aircraft industry. When carbon fibre was fed into a hammer mill, only low concentrations of dust of respirable size could be produced and less than 1% of the respirable carbon particles were fibrous. The dust cloud contained a few transparent fibres,
P F, Holt, M, Horne
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Carbon fibre, manufactured from a polyacrylonitrile fibre precursor, is used to reinforce plastic in the aircraft industry. When carbon fibre was fed into a hammer mill, only low concentrations of dust of respirable size could be produced and less than 1% of the respirable carbon particles were fibrous. The dust cloud contained a few transparent fibres,
P F, Holt, M, Horne
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Biocompatibility of carbon fibre and carbon fibre microparticles.
Aktuelle Probleme in Chirurgie und Orthopadie, 1983Carbon fibres are integrated by the organism without causing significant foreign body reaction, but even with normal tissue growth around and encasement of the individual fibres. However, integration of the fibres into the tissue is not as good when the fibres are coated with epoxy-resin.
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Tensile Characteristics of Carbon Fibres
Materials Science Forum, 2000In single filament tensile tests with different gauge length, the macromechanical tensile properties of carbon fibres (strength, failure strain and modulus) have been determined. By calculating system compliance, the experimental failure strain and modulus values were converted to the corrected values.
Stevanović, MM, Pesikan, DR
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The use of carbon fibres in radiotherapy
Radiotherapy and Oncology, 1991In this paper we discuss some of the properties of carbon fibres. Use can be made of this strong, rigid and light material for applications during radiotherapy. Some processing methods and a short description of some accessories made of carbon fibre, which are in clinical use in our department, are given.
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Past, present and future prospective of global carbon fibre composite developments and applications
Composites Part B: Engineering, 2023Jin Zhang
exaly
Recent progress in recycling carbon fibre reinforced composites and dry carbon fibre wastes
Resources, Conservation and Recycling, 2021Xungai Wang +2 more
exaly