1) reinforced chord
主管加厚
1.
Two different geometry RHS T-joints are simulated and analyzed using finite element method,also the effect of the length and thickness of reinforced chord to the bearing capacity of the T-type RHS joints is studied through reinforcing the chord thickness with various length and thickness of reinforced chord.
通过对18个不同参数的主管加厚T型方钢管节点的研究分析发现:增加主管的厚度可以显著的提高节点的承载能力,但是厚度增加过大会产生新的破坏模式。
3) chord thickness reinforcement
主管壁厚加固
1.
Several strengthening methods,including stiffened internal ring reinforcement,collar plate reinforcement,internal plate reinforcement and chord thickness reinforcement,are introduced here.
本文介绍了几种加固方法,如内置加劲环加固、环口板加固、内置插板加固和主管壁厚加固等。
4) length and thickness of reinforced chord
主管加厚部分长和厚度
6) End-upsetting
管端加厚
1.
Design and Testing of Technological Process for End-upsetting of Oil Drill Pipe;
石油钻杆管端加厚工艺过程设计与试验
2.
The design of non-dig drill pipe end-upsetting product line autocontrol system were introduced in this paper.
介绍了非开挖钻杆管端加厚生产线自动控制系统的设计。
补充资料：加厚
加厚
intensification
当显影后负片密度不足时，一度将负片图角进行漂白，再显影来提高负片密度的处理。对显影不足时有一定效果，但原因为曝光不足时，则加厚处理就不那么起作用。此外，即使做到某种程度的加厚，分辨力也会相当降低，使用35毫用胶片时，为了防备万一出现曝光足情形，以添加2-3片格的层次曝光为上策。
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