Construction for Wear Tests of Abrasion-Resistant Adhesive Composite Materials

A. M. Mikhalchenkov; Ya. Yu. Biryulina

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Construction for Wear Tests of Abrasion-Resistant Adhesive Composite Materials

机译：耐磨粘合剂复合材料磨损试验施工

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摘要

An apparatus for the accelerated tests on abrasion-resistance simultaneously adhesive composite materials of different compositions is proposed that allows one to select the optimal formulation of the composition under investigation by wear magnitude in given time intervals.

机译：提出了一种用于加速测试不同组合物的耐磨性复合材料的加速试验的装置，其允许在给定的时间间隔中选择通过磨损程度的耐磨性的组合物的最佳制剂。

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来源
《Polymer science. Series D》 |2017年第2期|共3页
作者
A. M. Mikhalchenkov; Ya. Yu. Biryulina;
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作者单位

Bryansk State Agrarian University ul. Sovetskaya 2a Kokino Vygonicheskii raion Bryansk oblast 243365 Russia;

Bryansk State Agrarian University ul. Sovetskaya 2a Kokino Vygonicheskii raion Bryansk oblast 243365 Russia;

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原文格式 PDF
正文语种 eng
中图分类有机化学;
关键词
abrasive wear; abrasion-resistance; polymer; disperse filler; composite; phase; component; composition; comparative tests; accelerated tests;

机译：磨料磨损;耐磨性;聚合物;分散填料;复合;相;组件;组成;对比试验;加速测试;

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专利

1. Construction for Wear Tests of Abrasion-Resistant Adhesive Composite Materials [J] . A. M. Mikhalchenkov, Ya. Yu. Biryulina Polymer science. Series D . 2017,第2期

机译：耐磨粘合剂复合材料磨损试验施工
2. Friction and wear behaviors of Sialon-Si_3N_4 graded nano-composite ceramic materials in sliding wear tests and in cutting processes [J] . Guangming Zheng, Jun Zhao, Yonghui Zhou Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2012,第Null期

机译：Sialon-Si_3N_4梯度纳米复合陶瓷材料在滑动磨损试验和切削过程中的摩擦磨损性能
3. Abrasion-resistant Materials Protect High-wear Zones [J] . Engineering & Mining Journal . 2020,第3期

机译：耐磨材料保护高磨损区
4. Wear Analysis of Functionally Gradient Composite Materials by FE Modeling of Microhardness Measurements and Wear Tests [C] . David Felhoes, Karoly Varadi, Klaus Friedrich Hungarian Conference on Materials Science, Testing and Informatics; 20051009-11; Balatonfured(HU) . 2007

机译：通过微观硬度测量和磨损测试的有限元建模对功能梯度复合材料进行磨损分析
5. Hybrid inorganic-organic materials: Novel poly(propylene oxide)-based ceramers, abrasion-resistant sol-gel coatings for metals, and epoxy-clay nanocomposites, with an additional chapter on: Metallocene-catalyzed linear polyethylene. [D] . Jordens, Kurt. 1999

机译：无机-有机杂化材料：新型的基于聚环氧丙烷的陶瓷单体，用于金属的耐磨溶胶-凝胶涂料和环氧粘土纳米复合材料，并附加了以下章节：茂金属催化的线性聚乙烯。
6. Comparative evaluation of the shear bond strength of adhesive and self-adhesive resin luting agents to three commercially available composite core build-up materials: An in vitro study [O] . Prachiti M. Terni, Jyoti B. Nadgere, Sabita M. Ram, 2019

机译：粘合剂和自粘树脂排放剂剪切粘合强度对三种市售复合核心堆积材料的比较评价：体外研究
7. Material utilization of waste originating during processing of plant Jatropha curcas L. In biocomposites – adhesive-cohesive characteristics and wear [O] . 2016

机译：物质利用源于植物麻风树胶加工过程中的废弃物，在生物复合材料中 - 粘合剂 - 粘性特性和磨损
8. Permeability Testing of Composite Material and Adhesive Bonds for the DC-XaComposite Feedline Program [R] . Nettles, A. T. 1995

机译：DC-XaComposite Feedline程序中复合材料和粘合剂粘合剂的渗透性测试

Construction for Wear Tests of Abrasion-Resistant Adhesive Composite Materials

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