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Computer Simulation of Replaceable Many Sider Plates (RMSP) with Enhanced Chip-Breaking Characteristics

机译:具有增强碎屑特性的可更换许多轿车板(RMSP)的计算机仿真

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Out of all common chip curling methods, a special tool face form has become the most widespread which is developed either by means of grinding or by means of profile pressing in the production process of RMSP. Currently, over 15 large tool manufacturers produce tools using instrument materials of over 500 brands. To this, we must add a large variety of tool face geometries, which purpose includes the control over form and dimensions of the chip. Taking into account all the many processed materials, specific tasks of the process planner, requirements to the quality of manufactured products, all this makes the choice of a proper tool which can perform the processing in the most effective way significantly harder. Over recent years, the nomenclature of RMSP for lathe tools with mechanical mounting has been considerably broadened by means of diversification of their faces
机译:除了所有常见的芯片卷曲方法中,特殊的工具面部形式已成为最普遍的普遍普遍,通过磨削或通过在RMSP的生产过程中按压型材开发。目前,超过15种大型工具制造商使用500多个品牌的仪器材料生产工具。为此,我们必须添加各种刀具面几何形状,其中目的包括控制芯片的形式和尺寸。考虑到所有许多加工材料,过程规划师的特定任务,对制造产品质量的要求,这一切都可以选择适当的工具,可以以最有效的方式进行处理明显更加困难。近年来,通过脸部的多样化,具有机械安装的车床工具的RMSP的命名法

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