Dynamic-mechanical properties of polymer composites with the short and long glass fibers

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Date
2016-01-01
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Journal ISSN
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Trans Tech Publications Ltd
Technical University of Liberec
Abstract
Nowadays the use of glass fibers in development of polymer composites creates a very interesting research area aiming to achieve multiple outputs to different applications. The use of thermoplastic composites reinforced with glass fibers in engineering applications like automotive industry has increased considerably in the last few decades. These composites combine high mechanical strength properties, reduced mass, easy processing and corrosion resistance. The shifting from metals to engineering composites pushes towards light weighting benefits which results in improved fuel efficiency. This paper is focused on the assessment of polymer composites properties on the basis of polyamides (PA6.6) with the short (GF) and long glass fibres (LGF). The bulk characterization of all samples has been made by Dynamic Mechanical Analysis (DMA) depending on temperature, stress frequency and the weight percentage of reinforcement in matrix. © 2016 Trans Tech Publications, Switzerland.
Description
Subject(s)
DMA, Injection moulding, Polymer composites, automotive industry, Composite materials, Corrosion resistance, Dynamics, Fibers, Glass fibers, Glass industry, Injection molding, Polymers, Reinforced plastics, Reinforcement, Stresses, Bulk characterization, Dynamic mechanical analysis (DMA), Dynamic mechanical property, Engineering applications, Engineering composites, High mechanical strength, Polymer composite, Thermoplastic composite, Dynamic mechanical analysis
Citation
ISSN
2555476
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