2) Inner disposal of chips under high pressure
高压内排屑
3) BTA deep hole drilling
内排屑深孔钻削
1.
The investigation on chip deformation and cutting forces of BTA deep hole drilling;
内排屑深孔钻削切屑变形与切削力实验研究
5) chip removal
排屑
1.
Based on the analysis of tapping force system and characteristic of chip removal, it is confirmed that radial force, axial force and jam of chip removal are the main reasons for poor thread quality.
通过对攻丝切削力和丝锥排屑特点的分析,确定径向力、轴向力和排屑不畅是影响攻丝质量的主要因素。
2.
The main factors that affect deep drilling in NC machine are introduced, such as chip removal, tool cooling and angular axis.
指出在数控深孔钻床上完成深孔加工的主要影响因素是解决排屑、冷却和防止钻孔轴线歪斜等问题,介绍了采用穿轴式高压冷却系统和带有开放式钻槽的枪钻,选择合理的切削参数并且可以单次退刀完成钻孔的加工方法,是深孔加工的一种较佳工艺组合。
6) Machine tap with internal swarf passage
带内排屑道的机用丝锥
补充资料：滴屑屑
1.颤抖貌。
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