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Macromolecular Symposia, 2001
It is tried to examine briefly all the aspects of filler interactions with polymer ageing, including direct chemical (catalysis of degradation, stabilising effects) and physical (screen and thermooptical effects, modification of transport properties) interactions as well as indirect ones such as stabiliser trapping, influence on the rate of mechanical ...
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It is tried to examine briefly all the aspects of filler interactions with polymer ageing, including direct chemical (catalysis of degradation, stabilising effects) and physical (screen and thermooptical effects, modification of transport properties) interactions as well as indirect ones such as stabiliser trapping, influence on the rate of mechanical ...
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Graphene Filled Polymers in Photovoltaic
2015Graphene—a two-dimensional lattice oriented monolayer of sp2-hybridized carbon atoms—has taken up considerable attention leading to a growing scientific interest due to its exceptionally high electrical conductivity (orders of magnitude higher than copper), optical transparency (>90 %), chemical robustness (more than 500 °C) and mechanical stiffness ...
Dipankar Barpuzary, Mohammad Qureshi
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Heat conductivity of filled polymers
AIP Conference Proceedings, 2014The model of the filled polymer is considered. This model takes into account the following factors: the aggregation of particles of the filler; the interfacial layer. The numerical method of calculating the effective heat conductivity of composite systems is offered. The method consists in the direct solution of the heat conductivity equation.
A. Bachurina, A. Nikitin
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Fatigue behaviour of filled polymers
Macromolecular Symposia, 1996AbstractThe fatigue resistance of any material is the combined resistance to crack initiation and then to crack propagation.1) In most of the cases, fillers act as strong cracks initiators. The Fatigue Crack Propagation can, under certain conditions, be improved (glass beads in epoxy) and this can be attributed to the crack front pinning mechanism ...
Jean Pierre Trotignon, Abbas Tcharkhtchi
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1990
Published data, concerning the results of measuring rheological properties of polymer melts with rigid fillers, are discussed. The review is based mainly on the works of the 1980s. The effect of a filler's presence on three fundamental parameters of a material, namely yield stress, viscosity, and rubbery elasticity is considered.
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Published data, concerning the results of measuring rheological properties of polymer melts with rigid fillers, are discussed. The review is based mainly on the works of the 1980s. The effect of a filler's presence on three fundamental parameters of a material, namely yield stress, viscosity, and rubbery elasticity is considered.
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Fracture of particulate filled polymers
British Polymer Journal, 1978AbstractThe addition of particulate mineral fillers to polymers confers certain mechanical property improvements automatically. Stiffness increases, creep diminishes and distortion at elevated temperatures is often reduced. However, the fracture energy of a polymer, as measured in impact, cracking or tearing tests, may vary quite unpredictably when ...
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Effect of particle size on the properties of highly-filled polymers for fused filament fabrication
, 2017C. Kukla +4 more
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Challenges and opportunities in manufacturing highly filled polymers
npj Advanced ManufacturingBlair K. Brettmann +5 more
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