1.
Some regulation is obtained: lack of penetration flaw makes the structure produce the big stress in the part.
焊缝未焊透缺陷仅使结构在局部产生较大应力。
2.
Analysis for the Welded Empty Sphere Joint with Incompletely Filled Groove Defect;
含未焊透缺陷网架焊接空心球节点应力分析
3.
Internal defects:lack of penetration,lack of fusion,slag,gas pole,carck,overheating.
内部缺陷：未焊透、未熔合、夹渣、气孔、裂纹、过热。
4.
The Study of Safety Assessment Engineering Method of the Pressure Piping Containing LOP Defect;
未焊透缺陷压力管道安全评定工程方法研究
5.
Safety Analysis of Stainless Steel Piping Containing Incomplete Welding Defects under Proportional Loads;
等比例载荷作用下含未焊透缺陷不锈钢管道安全性分析
6.
Safety Analysis of Low-carbon Steel Pressure Piping Containing Incomplete Penetration Defects under Combined Loads;
组合载荷作用下含未焊透缺陷低碳钢管道安全性分析
7.
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。
8.
Hence lack of fusion and slag would exist at the weld root and create a large initial crack condition.
因而未熔透及夹渣存在于焊缝棍部，并造成大的初始裂纹条件。
9.
Often lack of fusion adjacent to the girder web in the transverse groove welds led to the cracking.
在靠近主梁腹板的横向坡口焊缝处常常出现未熔透而导致裂纹。
10.
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。
11.
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。
12.
CLOSE LOOP CONTROL OF WELD PENETRATION IN PULSE PLASMA ARC WELDING
脉冲等离子弧焊接焊透质量的闭环控制
13.
OPPalyte - White Opaque Uncoated Films
OPPalyte–白色不透明未涂布膜
14.
Her secret remains untold to this day.
她的秘密至今仍未透露.
15.
Few ever penetrated it.
几乎从未有人能刺透它。
16.
They withheld the truth from the police.
他们未向警方透露真相。
17.
Dye penetrant examination of the completed weld.
对已完成的焊缝进行着色渗透检测。
18.
Analysis of the Incomplete Fusion Defects in the CO_2 Gas Shielded Welding
CO_2气体保护焊中的未熔合缺陷分析