1) small fillet radius
小圆角半径
1.
Die structure based on the process of forming small fillet radius is introduced,and deduced the formula according to the principle of volume invariably.
介绍形成小圆角半径的圆孔翻边模具的结构特点 ,按体积不变的原则 ,推导了计算公式 。
2) fillet radius
圆角半径
1.
The optimization of drawing technique was researched,and the influence of different blank holder force and minimum die fillet radius on stamping forming was studied as well.
对该零件成形工艺进行了优化,研究了不同的压边力、最小模具圆角半径对冲压成形的影响,通过对模拟结果的分析得出了空调前板的最优化成形方案。
2.
It is shown that,the smaller the fillet radius of the tip is,the better the effect of drag reduction is.
指出:沟槽尖峰处的圆角半径越小其减阻效果越好,沟槽斜面中下部的壁面应力随着圆角半径的减小而降低,但尖峰处的局部壁面应力会随之增大;来流速度对沟槽减阻率的影响很大,对于一种尺度的V型沟槽,存在着一个具有较好减阻效果的来流速度范围,而沟槽面在沿来流方向上的布置位置对减阻效果的影响非常小;沟槽尺度对减阻效果很剧烈;沟槽尖峰处生成的二次涡是产生减阻效果的根本原因,二次涡的强弱与沟槽减阻率的大小紧密相关。
3.
Analyzed the effect of drawing die fillet radius to drawing process, based on theory analysis and production practice, put forward a better simple calculation formula fillet radius, and carried on examples of calculation.
分析了连续拉伸模圆角半径变化对拉伸工艺影响,在理论分析和生产实践基础上提出了一种较好的简便计算凸、凹模圆角半径公式,并进行实例应用计算。
3) radius
[英]['reɪdiəs] [美]['redɪəs]
圆角半径
1.
And on the basis of analyzing the geometry characteristics of the side rail, the corners whose radius deteriorates the formability are modified.
重点对高强度钢纵梁内板的成形性进行了分析,并且在详细分析零件几何特点的基础上,对此模型的圆角半径进行了修改,修改后零件的成形性得到了显著提高。
2.
Effects of Spoke Transition Radius on the Service Stress Concentration of Mg Wheel;
对具有不同过渡圆角半径的轮毂在相同状况下进行有限元服役应力比较分析。
4) radius of rounded corner
圆角半径
1.
Influence of radius of rounded corner of stepped shafts and radius ratio on fatigue life of shafts subjected to torsion;
扭转条件下过渡圆角半径及径比对圆轴疲劳寿命的影响
5) concave round angle radius
凹圆角半径
6) inside circle radius
内圆角半径
1.
For making finished product cross section contain same inside circle radius, the free curve angle on the upper part shutting small side should be 4-8° more than the bottom.
为使成品断面有相同的内圆角半径,上部闭合小边自由弯曲的弯曲角应比底部弯曲角大4-8°。
补充资料：锻件圆角半径
锻件圆角半径
corner radius of forging
duanlian yuanliao baniing锻件圆角半径(eorner radius of forging) 锻件图上光滑地连接锻件各交接面的圆弧半径，作用是使金属易于流动而充满模槽。如图所示，锻件凸部的圆角半径叫外圆角半径，用r表示;锻件凹部的圆危半径叫内圆角半径，用R表示。内圆角半径R应比外圆角半径r取大些，以利于锻件脱模。秘 国角半径示意图 (李体彬)
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