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AN EXPERIMENTAL ANALYSIS OF CHIP FORMATION IN CIRCULAR MICRO-END-MILLING

机译:圆形微终铣削中芯片形成的实验分析

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摘要

In conventional circular end-milling practice, chip formation is generally approximated as in linear end-milling. For applications such as micro-milling, circular tool paths are used extensively in the fabrication of high-precision/quality micro features, components, parts, and moulds and dies for biomedical, optoelectronic and automotive applications. Therefore, more detailed and accurate study of chip formation is required to ensure the highest achievable accuracy, precision and surface quality.
机译:在传统的圆形端铣削实践中,芯片形成通常近似为线性端铣削。对于如微铣削的应用,圆形刀具路径在制造高精度/质量微观特征,部件,零件和模具和模具的制造中,以及用于生物医学,光电和汽车应用的模具。因此,需要更详细和准确地研究芯片形成,以确保可实现最高的精度,精度和表面质量。

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