Recent developments in the nature of phenolic resins and catalysts (for example, Cellobond FRP range from BP Chemicals Ltd) for the production of fibre-reinforced composites are presented. These are shown to be making significant steps towards meeting the needs of both fabricators and end-user markets such as the rail industry. In addition, novel phenolic composite products are discussed which may be of value in the production of future rail vehicles where fire safety and weight reduction are becoming increasingly important.
ForsdykeK. L.HemmingJ. D.Phenolic GRP and its application in mass transit. Fourty-fourth Annual Conference, SPI Composites Institute, Cincinnati, February 1989.
2.
BrownD.Glass reinforced phenolic mouldings in railway rolling stock—a specifiers view. Eighteenth International Composites Congress, November 1992.
3.
EchtermeyerA.Lifetime and Young's Modulus changes of glass-phenolic and glass-polyester composites under fatigue. Technical report No. 92-2026, Joule Project, Det Norske Veritas Research AS.
4.
CharalambidesM.Fracture mechanics applied to the delamination of fibre reinforced polymer composites. PhD Thesis, Imperial College London, 1992.
5.
Vetrotex Certain Teed, Laboratory test data, 1993.
