3) 3D complex groove
三维复杂槽型
1.
Design on 3D complex groove of turning inserts with ATLAB
基于MATLAB的车刀片三维复杂槽型设计
2.
The finite element model of milling insert based on ANSYS is established and the boundary conditions are confirmed by analyzing the temperature field of 3D complex groove.
对三维复杂槽型温度场做了分析,建立了基于ANSYS的铣刀片有限元模型,确定了边界条件。
3.
This paper mainly analyzes the influence of milling insert temperature field on sticking failure,and also analyzes other factors influencing sticking failure of 3D complex groove,including stress field,cutting parame- ters,cutting speed,cutting tool's geometry parameters etc.
本文重点分析了铣刀片温度场对粘结破损的影响,同时研究了应力场、切削参数、切削速度、刀片几何参数等因素对三维槽型铣刀片粘结破损的影响,为进一步建立铣刀片抗粘结破损性能的评判原则以及三维复杂槽型刀片的槽型优化提供重要的理论依据。
4) complex three-dimension groove
三维复杂槽型
1.
Analysis on the physics fields for the complex three-dimension groove milling inserts;
三维复杂槽型铣刀片物理场分析
2.
It studies on force density function of complex three-dimension grooves milling insert with the waved-edge milling insert developed by the Harbin University of Science and Technology.
以哈尔滨理工大学开发的波形刃(前刀面为波形曲面)铣刀片为例,进行三维复杂槽型铣刀片前刀面受力密度函数的研究。
5) T-slot milling cutter
T型槽铣刀
6) 3D complex groove
三维复杂槽形
1.
This paper derives the formula which computes width of the equivalent groove of the 3D complex groove of the revolvabe turning insert when cutting medium carbon steel based on the theory of chip curling and breaking.
根据切屑上向卷曲的机理及其折断理论,推导出等效槽形宽度的计算式,计算出切削中碳钢的三维复杂槽形等效槽形的宽度。
补充资料：槽片
槽片 竹制家具部件之一。凡用来固定面篾的竹片通称槽片。根据不同需要，有刮槽的，有钻孔的。密合无缝的板面采用刮槽，稀篾装配采用钻孔。
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