基于元胞自动机的铣刀片温度场算法的研究

Research on algorithm of milling insert temperature field based on cellular automata

使用二维元胞自动机模拟机械制造过程中重要部件铣刀片产生的温度场,通过模拟的温度场变化实现对该部件的可靠性监测,建立的模型通过对收集到的数据信息进行处理、抽象、近似,有效地与实际温度场变化进行拟合,从而实现高效而稳定的监测,避免热冲击带来损伤的进一步破坏;同时能够通过判断热冲击位置,为铣刀结构的进一步优化提供数据支持.

ed and approximated by the collection of data information,effectively fitting the changes in the actual temperature field,so as to achieve efficient and stable monitoringto avoid further damage caused by thermal shock.At the same time,it could provide data support for further optimization of milling cutter by judging the location of thermal shock.