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Preliminary study of dry sliding wear in Kenaf Epoxy and Carbon Epoxy composites

机译:洋星环氧树脂和碳环氧复合材料干滑动磨损的初步研究

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This paper presents an experimental investigation carried out to compare specific wear rate and surface morphology between Kenaf Epoxy Composite (KEC) and Carbon Fiber Reinforced Plastic (CFRP). Wear tests were carried out using Abrasion Resistance Tester (TR-600) in dry sliding conditions. These tests were performed at room temperature with different applied loads (5, 20 and 30N) and sliding velocity of 1.4m/s. Surface morphology of both materials was also examined before and after each test using an optical 3D surface measurement device. From the wear test, it was observed that the wear characteristics of KEC are comparative to those of CFRP. It was also found that the morphology of worn material composites in both cases exhibits a similar trend. This is a preliminary test for a future work on the enhancement of Kenaf Composites and the application.
机译:本文介绍了对比较康复环氧复合(KEC)和碳纤维增强塑料(CFRP)之间的特定磨损率和表面形态进行的实验研究。使用耐磨性测试仪(TR-600)在干燥滑动条件下进行磨损试验。这些试验在室温下进行,具有不同施加的载荷(5,20和30n)和1.4m / s的滑动速度。两种材料的表面形态也在每次测试之前和之后使用光学3D表面测量装置检查。从磨损试验中,观察到KEC的磨损特性与CFRP的磨损特性进行比较。还发现两种情况下磨损材料复合材料的形态表现出类似的趋势。这是对未来keanaf复合材料和应用程序的未来工作的初步测试。

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