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The Strathprints institutional repository is a digital archive of University of Strathclyde's Open Access research outputs. Strathprints provides access to thousands of Open Access research papers by University of Strathclyde researchers, including by researchers from the Department of Computer & Information Sciences involved in mathematically structured programming, similarity and metric search, computer security, software systems, combinatronics and digital health.

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Reducing performance variation of compression moulded long glass fibre reinforced thermoplastics by targeted reinforcement

Schley, C.A. and Wood, Paul and Smith, G.F. (2003) Reducing performance variation of compression moulded long glass fibre reinforced thermoplastics by targeted reinforcement. Plastics, Rubber and Composites, 32 (8-9). ISSN 1465-8011

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Abstract

Long glass fibre compression mouldings are prone to significant variations in mechanical properties. Stiffness and strength tend to vary across an individual moulding and in addition there are also variations when different mouldings arc compared. Compression mouldings in the form of a top hat section were produced. This component was first modified to have ribs, then samples of both batches were reinforced with a thin thermoplastic composite plate with continuous fibres. In this way, four different batches were produced, which were tested under 3-point-bending. Further, this work investigated the changes in mechanical properties across the manufactured top hat section mouldings. Tensile test results strongly indicate that the scatter of mechanical properties increases towards the edges of the compression moulding. When the mouldings were tested under 3-point-bending, the experimental results were prone to a large scatter and it was not possible to predict the position of failure or the failure mode. However, this work successfully demonstrated that a targeted reinforcement of the moulding with continuous fibres can significantly reduce the performance variations, particular under loading with large strain. The findings of this work could lead to the development of new lightweight structural components, where there is a need for integrating functions into the moulding in order to reduce weight and costs for mass production.