旋风铣刀多目标整体优化造型模糊综合评判系统

Fuzzy Synthesis Evaluation System of Multiple Target Integral Optimization Molding for Cutter Used in Finish Whirling Milling

精加工用旋风铣削刀具多目标优化造型决策模糊综合评判系统的建立,调动了计算机在多目标优化选择中的主动能力,对没有明确量化要求的目标,也能在尽可能减少生产者个人主观判断的前提下做出优化决策,从而可针对所有形体、原始参数、工艺信息的旋风铣削加工进行精加工用刀具的优化设计。

The establishment of the fuzzy synthesis evaluation system of multiple target integral optimization molding for cutter used in finish whirling milling exploits the active advantages of computers in the multiple target optimization and the optimization decision can be carried for the targets for that the definite quantization hasn＇ t p^sented under the premise of possibly reducing subjective judgement of producer, so the every optimization design for cutters used in finish whirling milling to all kind of bodies, original parameter and process infomation can be made.