The following work presents the results of research about the assessment of tribological properties of plastics used as components in modes of transport. For this purpose, the wear resistance of materials used in 3D printing (PA6CF and ABS), and extrusion moulding (PA) were tested. The tribological research was carried out with the use of the T-05 tester in the roller-block system. The samples in the form of cuboids with a concave rounding of one wall were made on a 3D printer using the FDM method. The counter-sample was a ring made of aluminium alloy subjected to anodizing. The research was carried out under a variable loads, in reciprocating motion, under dry friction conditions. After that the tribological characteristics were assessed. The research and analysis of the results confirmed the possibility of using selected plastics in modes of transport.
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机译：以下工作介绍了有关评估用作运输方式部件的塑料的摩擦学性能的研究结果。为此，测试了 3D 打印（PA6CF 和 ABS）和挤出成型 （PA） 中使用的材料的耐磨性。摩擦学研究是在滚轮系统中使用T-05测试仪进行的。使用FDM方法在3D打印机上制作了具有一壁凹圆的长方体形式的样品。反样品是经过阳极氧化处理的铝合金环。该研究是在可变载荷、往复运动、干摩擦条件下进行的。之后，评估了摩擦学特征。对结果的研究和分析证实了在运输方式中使用选定塑料的可能性。
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