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Study on the Wear Mechanism of Brazed Diamond Grains

机译:钎焊钻石谷物的磨损机理研究

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Plenty of studies on wear mechanism of diamond grains show that the specific failure form of single diamond grit has a close relationship with its load. Monolayer diamond grinding wheels and samples for shearing test are prepared by a high frequency induction brazing technique in this paper. The normal abrasion mechanism of diamond grains has been found through the comparison between the single grain tangential load during grinding and the shearing failure-load of the single grit of the test samples. The result shows that the dynamic strength of diamond grains is relative to the static strength after being brazed. Most of the grains are micro-broken during grinding, and only a few of them are pulled-out or broken-off.
机译:大量研究金刚石晶粒的磨损机理表明,单钻石砂砾的特定失效形式与其负荷有着密切的关系。单层金刚石砂轮和用于剪切试验的样品通过本文的高频感应钎焊技术制备。通过在研磨过程中的单粒切向载荷和测试样品的单个砂砾的剪切失败负载之间的比较来发现金刚石晶粒的正常磨损机制。结果表明,金刚石晶粒的动态强度相对于钎焊后的静态强度。大多数谷物在研磨过程中微型破碎,其中少数人被拔出或折断。

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