Therefore, a good way to control the cut depth of the mining in deep-sea-cobalt-rich crusts of the ocean is provided. 从而为大洋深海开采的切削深度的控制提出了一解决途径。
The presented optimization method partitions cutting depth and cutting width was obtained from NC simulation into sections for the NC machining parameter optimization. 摘要针对数控铣削加工参数优化问题，通过加工仿真，计算每一走刀步的切削深度和切削宽度并划分区间。
