1)  lifting lug
吊耳板
1.
A defect is pointed out about the formula for lifting lug design in current codes for port engineering.
指出现行港口工程规范关于吊耳板设计公式的不足,通过力学分析,找出关键所在,并给出解决方案。
2)  lifting lug
吊耳
1.
Strength calculation of lifting lug on vertical vessel;
直立设备板式吊耳强度计算
2.
Strength calculation and check of the lifting lug on submarine subsection;
潜艇分段板式吊耳强度校核
3)  axial lifting lug
轴式吊耳
1.
Based on the equilibrium of maximum axial tension stresses between two sections,the optimal location of axial lifting lug was deduced.
以一端外伸的简支梁为力学模型,分段建立轴向弯距及最大轴向弯距表达式,以两段内的最大轴向拉应力相等为条件,导出方程并求解,得到最佳的轴式吊耳位置;同时对塔器在吊装过程中的不同受力状态进行分析,并对塔体各危险截面进行校核计算。
4)  stress of hoist-eyes
吊耳应力
5)  Lifting Lug
顶部吊耳
1.
Lifting Lug Design of Large Tower Vessel;
吊耳设计分顶部吊耳设计和尾部吊耳设计。
6)  Tailing Lug
尾部吊耳
参考词条
补充资料:凹板印刷机用胶布板
分子式:
分子量:
CAS号:

性质:用于高速轮转凹版印刷机的胶布板。供印刷报纸、杂志、图书等。与凸版印刷机用胶布板的装置位置相同,不与油墨直接接触,但作用不同,通过橡皮表层的弹力作用,将凹沟内的油墨吸到纸张上。印刷时所受的压力较大,胶层须较厚。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。