1.
Study on the Mechanism of Penetration Mode for Thin Sheet Laser Deep Penetration Welding;
薄板激光深熔焊接熔透模式的机理研究
2.
Detection and Anlysis of Penetration Control Information in Plasma Welding;
等离子弧焊接熔透控制信息检测与分析
3.
Numerical Simulation of the Transient Behaviors of Full-Penetrated TIG Weld Pools;
全熔透TIG焊接熔池形态瞬时行为的数值模拟
4.
All full-penetration joints shall be back purged with argon or helium.
所有全熔透焊接接头用氩或氦进行反吹。
5.
A Study on the Full Penetration Stability and Physical Metallurgy of the Laser Welding of Aeronautic Titanium Alloys;
航空钛合金激光焊接全熔透稳定性及其焊接物理冶金研究
6.
Slag, blowholes, and paint on unfused regions were observed at the welded junctions.
在焊接处看到了夹渣，气孔及未熔透区的油漆。
7.
2 All welds for nozzles and manways shall be full penetration through the vessel wall.
接管和人孔的焊缝应为穿过容器壁的全熔透。
8.
Online Monitoring of Laser Welding Penetration Status and Its Pattern Classification;
激光焊接过程熔透状态实时监测与模式分类
9.
Penetration Control of GMAW Based on Multi-informational Fusion from the Front Surface
基于正面焊接多信息融合的GMAW熔透控制
10.
Study on Laser Welding Process for Stainless Steel Railway Vehicle
铁道客车用SUS301L不锈钢非熔透型激光搭接焊工艺
11.
Methods of radiographic inspection and quality classification of circumferential fusion welded butt joints in steel pipes and tubes
GB/T12605-1990钢管环缝熔化焊对接接头射线透照工艺和质量分级
12.
This indicated that the fracture had initiated at the unfused butt weld in the longitudinal stiffener.
研究表明裂纹是从纵向加劲助未熔透的对接焊缝中起始的。
13.
Numerical and Experimental Analysis of Residual Stresses in Full-Penetration Laser Beam Welding of Ti6Al4V Alloy
数值模拟和实验研究Ti6Al4V合金激光熔透焊接残余应力(英文)
14.
parent metal fusion
焊接基体金属的熔化
15.
solder together by using hard solder with a high melting point.
用高熔点的焊料来连接。
16.
We fused the pipes with solders.
我们用焊锡熔接管子。
17.
Numerical Simulation on Residual Stress Fields and Temperature Fields of Weld Joint in the Process of Fusion Welding
熔化焊焊接接头的温度场和应力数值模拟
18.
Some crack extension probably developed from the unfused section of the butt weld across the thickness of the stiffener during transport and erection.
有些裂纹可能在运输和安装过程中就从加劲肋对接焊未熔透处开始发展。