Small part machining of demanding, long chipping materials always creates issues with chip breaking.
加工要求苛刻的长切屑难加工材料的小零件时，总会遇到断屑问题。
It can be applied to turning, boring, grooving, and cutting-off, realizing automatic breaking of chips once the conditions for chip breaking is satisfied.
只要能满足断屑条件，无论是车外园、搪孔、切槽、切断均能达到自动断屑的目的。
With this introduction of sighted nozzles, accurate coolant delivery is ensured, significantly improving chip breaking and performance from as little as 10 bar.
新推出的精度喷嘴，保证了冷却液的精确传送，即使在冷却液压力只有10巴时也可显著改善断屑能力和切削性能。
This paper deals with oscillatory feed cutting which is a reliable chip breaking method and can be applied regardless of the materials processed, cutting parameters and tool geometry used.
本文研究的振荡切削法，是一种不受工件材料、切削用量和刀具几何形状限制的可靠断屑方法。
Cemented carbide indexable inserts chip-breaking groove is the most prevalent method to control chips.
采用硬质合金可转位刀片断屑槽进行断屑是目前应用最广泛的一种断屑方法。
Results of the experiments show that the models can be applied to forecast the performance of chip-breaking for turning inserts with complex groove and optimize the groove of inserts.
结果表明：该模型对于复杂槽型车刀片断屑性能的预报和刀片槽型的优选具有实际应用价值。
A study was made on prediction of the breaking area of 3-d chip former using RBF neural networks.
研究了RBF神经网络在可转位三维槽型刀片的断屑范围预测中的应用。
The methods presented above can dynamically simulate the process of chip generation, curling and breaking, giving visualization tools for turning process simulation.
可动态模拟金属实际切削过程中切屑流的形成、卷曲及折断过程，为切屑仿真提供图形可视化支持。
The "article deals with the exploitation and application of CAi of Chip-breaking grooves on carbide tools recently. The problem of national products of grooves with CAD is discussed."
前言：本文阐述了目前可转位硬质合金刀片断屑槽形CAD的开发相应用状况，提出了断屑槽形CAD的国产化问题。
The results show that the theoretical predictions agree well with the experimental results. The work is useful to design model of breaking chip.
实验结果表明，理论预测值与实测值吻合得较好，为进一步设计断屑槽型奠定了基础。
By gathering mitochondrial DNA and breaking it into short, single-stranded bits, the scientists showed that each bit would pair, or hybridize, with its complementary sequence arrayed on the chip.
通过收集线粒体dNA并将它们解螺旋成单螺旋片断，科学家在芯片上展示了每个片断与它们互补片断的配对排序。
Based on the theory of chip dynamics and it's breaking foundation in the formation process of side-curl short-spiral chip, the critical depth-of-cut is formulated.
根据横向卷曲短螺卷屑形成过程中切屑动力学及其折断判据理论，得出了极限背吃刀量的理论预报公式；
Based on the theory of chip dynamics and it's breaking foundation in the formation process of side-curl short-spiral chip, the critical depth-of-cut is formulated.
根据横向卷曲短螺卷屑形成过程中切屑动力学及其折断判据理论，得出了极限背吃刀量的理论预报公式；
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