2016
DOI: 10.3103/s1068366616020033
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The effect of various metallic filling materials on the wear resistance of aromatic-polyamide-based composite materials

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Cited by 10 publications
(4 citation statements)
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“…In this case, the more FL is in the mixture, the greater the probability of intersection of the trajectories of the particles, and thus the greater the probability of formation of agglomerates. APPh melt does not penetrate into such agglomerates, as a result of which voids are found inside them [9,10]. When harvesting seed plots of cereals, the use of this MP allowed not only to significantly increase the wear resistance of the beaters, but also to reduce crop damage while maintaining its purity (environmental friendliness).…”
Section: Results Of the Researchmentioning
confidence: 99%
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“…In this case, the more FL is in the mixture, the greater the probability of intersection of the trajectories of the particles, and thus the greater the probability of formation of agglomerates. APPh melt does not penetrate into such agglomerates, as a result of which voids are found inside them [9,10]. When harvesting seed plots of cereals, the use of this MP allowed not only to significantly increase the wear resistance of the beaters, but also to reduce crop damage while maintaining its purity (environmental friendliness).…”
Section: Results Of the Researchmentioning
confidence: 99%
“…It was obtained by grinding fast-hardened amorphous tape (LLC "Melta" manufacturer, Kyiv) in a ball mill. Preparation of metal polymers was carried out by compression molding [9] with the exception of ferromagnetic particles (because the AA contains as much as 60% iron).…”
Section: Objects and Methods Of The Researchmentioning
confidence: 99%
“…Given the above, special requirements are put forward to modern polymeric composite materials (PCM) for tribotechnical purposes. These include enhanced wear-, thermal-, and chemical resistance, high mechanical and thermophysical characteristics, the ability to form stable surfaces (transfer films), resistance against the effect of aggressive media [2]. These criteria can be implemented by selecting a polymeric matrix and a filler to construct PCM for tribological nodes.…”
Section: Introductionmentioning
confidence: 99%
“…Averaged dependences of the effort applied to the sample and the absorbed energy for phenylone as a function of time Averaged dependences of the effort applied to the sample and the absorbed energy of the organoplastic with a fiber content of 15 % by weight as a time function Dependence of the estimated (1) and experimental(2) density (ρ, g/cm 3 ) of phenylone on content of the fiber lola (C, %) Dependence of microhardness (HV, MPa) of phenylone on content of the fiber lola (C, %) at the interface "binder-fiber"…”
mentioning
confidence: 99%