Based on the experiment, the influences of tool normal rake, chip pulling Angle and chip pulling force on the shape and metallurgical structure of the fiber cross section are studied.
通过试验研究了刀具法向前角、拉屑力和拉屑角等对纤维横截面形状和金相组织的影响。
Taking the fuzzy chip F100 as an example, a control system based on fuzzy-chip is designed and applied to the simulation of nonlinear machining process and the experiment of milling process.
以F10 0模糊芯片为例，设计了基于模糊芯片的控制系统，并在非线性的加工过程进行了仿真实验，同时运用于铣削过程的现场实验。
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