1) welding chamber height
焊合室高度
2) bonding container
焊合室
1.
The stress of the deformed metal in the bonding container of CONFORM is analyzed by means of the principal stress method and slip-line field method.
从模具型腔结构特点上探讨了连续挤压制件裂纹产生的原因，利用主应力法和滑移法对焊合室内变形金属的应力进行了分析，为确定合理的连续挤压型腔几何参数和模具设计提供了一定的理论依据。
3) torch-height
焊矩高度
1.
After real-time measuring and processing the wire extension signal during the period of short-circuit ,the real-time and precision control of torch-height for short-circuit CO 2 welding is realized by using this system designed with reasonable framework.
根据焊丝干伸长传感器的特点 ,建立了以MOTOROLAMC6 8HC11A1单片机为主控CPU的波控短路过渡CO2 焊接焊矩高度实时跟踪控制系统。
4) torch height
焊炬高度
1.
The realization of auto controlling on short circuit transfer welding must resolve a problem of auto controlling of torch height.
短路过渡CO2 /MAG焊接要实现焊接过程自动化 ,必须解决连续焊接时焊炬高度的自动调整问题 ,为此首先要识别焊炬高度[1] 。
5) bead height
焊道高度
6) weld joint height
焊脚高度
1.
On the weld joint height of twin fillet welding seam of stiffening band of inspection hole of boiler;
浅谈锅炉人孔加强圈双面角焊缝焊脚高度
补充资料：合室
1.犹成婚。
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