1) chip breaking
切屑折断
1.
Predicting the up-curl chip breaking of three-dimensional groove inserts;
三维槽型断屑上向卷曲切屑折断预报
2.
The database of judging chip break is founded, which is based on the characteristic of chip breaking curve.
通过切削试验，获得了刀具主偏角、切削速度和工作材料牌号对切屑的极限进给量和极限背吃刀量的影响规律及其经验公式，并根据切屑折断曲线建立了判断切屑是否折断知识库和切屑折断预报系统。
3.
And it is essential to study chip breaking limits of 3D non-uniform groove cutting tools in order that we can make a precise prediction of chip-breaking with different insert groove.
为了对切屑的折断进行准确的预报，提高自动化进程水平，本文对三维复杂槽型车刀片的切屑折断界限进行了研究。
2) chip-breaking
切屑折断
1.
The general design,the knowledge presentation mode and implementation of the knowledge base of the chip-breaking process and insert groove CAD expert system are introduced,by which the chip-breaking-judging,chip-breaking-range and insert-groove-selecting according to the demand of users can be realized,and which provides reference for further study of chip-breaking proces
针对机械加工中切屑处理问题，研究了切屑折断过程及槽型ＣＡＤ专家系统的总体设计、知识表示模式及知识库的设计与实现方法。
3) chip breaking limit
切屑折断界限
1.
The formula of critical feed rate when aluminum alloy is cut by PCD tool with a chip breaker has been derived from the theory of up -curl chip breaking limits.
从上向弯曲切屑折断界限理论出发,通过槽型参数的变化,推导出了PCD刀具采用断屑器切削铝合金时切屑折断极限进给量的理论预报公式,经过对理论公式的简化变换,给出了实用预报公式。
4) chip fracture
切屑断裂
1.
Orthogonal cutting finite element model is established through studying the material constitutive relation,contact of tool with chip,chip separation,chip fracture,heat dissipation an.
通过研究材料动态本构关系、刀屑接触、切屑分离、切屑断裂和切削热动态耗散与传导关键技术建立了正交切削有限元模型,提出材料本构关系建立方法和切屑断裂能量解释观点,最后结合实例进行高速切削模拟,并对模拟结果进行分析和验证,指出所建立的有限元模型是合理的。
5) Discontinuous chip
断续切屑
6) continuous chip
[机]连续切断形金属切屑
补充资料：迭屑屑
1.形容战栗，颤抖。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条