Next generation grinding wheels for the space industry

机译：航天工业的下一代砂轮

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The quantum leap that is expected in the reliability and safety of machined engineering components over the next twenty years, especially in the space industries, will require improvements in the quality of cutting tools if science-based manufacturing is the goal for manufacturing by 2020. Significant improvements have been made in the past ten years by understanding the properties of vitrified bonding systems used to bond conventional and superabrasive materials in grinding tools. The nature of the bonding system is of paramount importance if next generation cutting tools are to be used for aerospace materials.

机译：如果以科学为基础的制造业成为2020年的制造目标，那么在未来二十年内，尤其是在航天工业中，机械加工部件的可靠性和安全性有望实现巨大飞跃，这将需要提高切削工具的质量。在过去的十年中，通过了解用于粘结研磨工具中传统材料和超级磨料的玻璃化粘结系统的性能，已经取得了进步。如果下一代切削工具将用于航空航天材料，则粘接系统的性质至关重要。

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《International Conference on Quality, Reliability, and Maintenance(QRM 2004); 20040401-20040402; Oxford; GB》|2004年|P.145-148|共4页
会议地点 Oxford(GB);Oxford(GB)
作者
M J JACKSON; J H VICKERS;
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Manufacturing Research, Tennessee Technological University, USA;

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正文语种 eng
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Next generation grinding wheels for the space industry

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