1) bulge
[英][bʌldʒ] [美][bʌldʒ]
鼓形
1.
First,effective strain rate for slab forging with bulge is expressed in terms of two-dimensional strain rate vector.
首先将有鼓形平板锻造等效应变速率表示成二维应变速率矢量,化为矢量内积后进行逐项积分;其次将逐项积分结果求和并引进鼓形参数计算公式,进而得到应力影响因子的解析解。
2.
First, effective strain rate for disk forging with bulge is expressed in terms of two-dimensional strain rate vector and its inner-product term by term integrated.
首先将有鼓形圆盘锻造等效应变速率表示成二维应变速率矢量,对该矢量的内积进行了逐项积分;其次,将逐项积分结果求和并证明了求和结果与传统直接积分法的塑性功率表达式相同;最后由速度场推导出圆盘锻造应力影响因子的解析解与相应的鼓形参数b的计算公式。
2) Drum shape part
鼓形体
3) drum cam
鼓形凸轮
1.
Based on the analysis of the rotation of cosine drum cam,this paper introduces a special de- vice to mill this type of cam on the ordinary horizontal milling machine.
通过对余弦鼓形凸轮运动特征的分析,介绍了在普通卧式铣床上利用分度头和回转工作台拼装的铣余弦鼓形凸轮形面的工装,实践证明,可保证较好的加工质量。
4) overlap
[英][,əuvə'læp] [美][,ovɚ'læp]
双鼓形
1.
V rolling may decrease efficiently side overlap of slab,chamfer rolling may remove complately side overlap of slab.
平轧立轧可显著减小坯料侧面双鼓形及折叠,倒棱轧制可有效消除坯料侧面双鼓形。
2.
V rolling may decrease efficiently side overlap of plate,chamfer rolling may remove complately side overlap of plate.
平辊立轧可显著减小坯料侧面双鼓形及折叠,倒棱轧制可有效消除坯料侧面双鼓形。
5) bulging deformation
鼓胀变形
1.
Bulging Deformation Analysis and Safety Assessment of Coking Tower;
焦炭塔鼓胀变形分析与安全评定
2.
The skirt from bottom to top of the tower was changed,and a nip convention out ektexine of coke tower was added to change the accepting force with coke tower in order to avoid the bulging deformation and cold crack with welding line below the coke tower.
将炼油行业传统焦炭塔的下裙座支撑改为上裙座支撑,在焦炭塔外壁增加一夹套,改变了焦炭塔的受力,避免了塔体下部鼓胀变形和焊缝冷裂纹的产生。
3.
In slashing running conditions,the bulging deformation of coke drums may appear after some years.
在苛刻的作业工况下,焦炭塔运行若干年后会出现筒体鼓胀变形。
6) drum-like cutter
鼓形刀
1.
Latitude distribution algorithm of cutter position optimization on drum-like cutter for strip-maximization;
鼓形刀宽行刀位优化纬线分割算法
补充资料：鼓形生殖器
鼓形生殖器
病名。见近代周禹锡《中 国医学约编十种·妇科约编》。周禹锡：“鼓形生殖器：处女膜坚韧如鼓皮，西医谓之处女 膜闭锁症，其中只有小窍通溺，以致不能交合，且使月经停蓄，结成块， 西医名血肿病。有时因受块之压力，或受药力之攻冲，其膜骤然破裂而暴 崩，间或有因此而得交合受孕也”。即鼓。详见该条。
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