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首页> 外文会议>Manufacturing Engineering Society International Conference >Image based Analysis Evaluation of the Elements of Secondary Adhesion Wear in Dry Turning of Aluminum Alloys
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Image based Analysis Evaluation of the Elements of Secondary Adhesion Wear in Dry Turning of Aluminum Alloys

机译：基于图像的铝合金干式转向二次粘合磨损元件的分析评价

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Minimizing downtime in machine tools is one of the factors that determine the performance increase of the production processes involved. This increase can be considered from different points of view: economic, energetic and environmental. Machining processes can be stopped by needing to change the tool as a consequence of the loss of their initial properties due to the wear process that suffer during machining. One of the wear processes which takes place in a wider range of temperatures in the machining of metal alloys is the adhesion wear, and specially in the case of light alloys, secondary adhesion wear, which can be placed in the tool rake face as a layer (Built-Up Layer, BUL) and in the tool edge (Built-Up Edge, BUE). This paper analyzes the influence of cutting parameters on the secondary adhesion wear effects in the dry turning of UNS A92024 (Al-Cu) alloy.
机译：最小化机床的停机时间是确定所涉及的生产过程的性能增加的因素之一。可以从不同的观点考虑这种增加：经济，精力充沛和环境。由于在加工过程中遭受磨损过程的磨损过程，因此可以通过需要改变工具来停止加工过程。在金属合金加工加工的更广泛温度中进行的磨损过程之一是粘合磨损，并且特别是在轻合金的情况下，二次粘合磨损，可以放置在工具耙面中作为层（内置层，BUL）和刀架（内置边缘，BUE）。本文分析了切削效率对展开效率的二次粘附磨损效应的影响。

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