1.
An Objective Amount for Describing lnitial Crack Length at the Notch Root
一种描述缺口根部初始裂纹长度的客观量
2.
Crack propagation usually begins slowly.
裂纹的增长常常是开始缓慢。
3.
Fatigue crack growth and fatigue life evaluation for welded steel bridge members with initial crack
具初始裂纹钢桥梁焊接构件疲劳裂纹扩展和疲劳寿命计算
4.
Influence of initial stress of thin pressing parts on welding hot cracking susceptivity
薄壁冲压件初始应力对焊接热裂纹敏感性影响
5.
THE THERMORHEOLOGICAL FRACTURE RESEARCH ON THE FORMATION OF INITIAL SURFACE CRACKS AT THE SINGLE BUTTRSS DIAMOND DAM
单支墩大头坝初始表面裂纹形成的热流变断裂学研究(英文)
6.
Sub-critical crack growth length of shear (Mode Ⅱ) fracture of rock
岩石剪切亚临界裂纹扩展长度的研究
7.
The smaller the curvature and the larger the crack length the smaller will be the fracture stress.
曲线半径越小，裂纹长度越大，断裂应力也就越低。
8.
The most important conclusion reached in this study is that cracking begins regardless of the initial loading nucleation time.
这个研究最重要的结论是：裂纹的开始与初始载荷成核的时间无关。
9.
initiation of stable crack growth
稳态裂纹扩展的开始
10.
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。
11.
Crack- A mark found on a wafer that is greater than0.25 mm in length.
裂纹-长度大于0.25毫米的晶圆片表面微痕。
12.
Relationship between Surface Length and Inside Length of Fatigue Crack in Ultra-high Strength Steel
航空用超高强度钢疲劳裂纹表面长度与内部长度之间的关系
13.
In the paper, mainiy discusses character of crack of high hardness hardfacing layer( HRC62 over), its growing period and adopting technology measure to prevent from producing of crack.
文章主要讨论了高硬度堆焊层裂纹的特征、长时期以及防止裂纹产生的工艺措施。
14.
That is, the load is dropped off in the proportion to the crack length.
这就是说，载荷随裂纹长度的增加而按比例地下降。
15.
Dynamic Split Tension Strength of Marble and the Properties of Crack Initiation and Crack Propagation under Dynamic Split Tests;
大理岩动态劈裂拉伸强度和裂纹起裂扩展特性
16.
The parameter length was not received during initialization of the extended stored procedure.
初始化扩展存储过程期间，未接收到参数长度。
17.
Error Growth Characteristics in Simulated Storm Systems;
初始误差在风暴尺度系统中增长特性研究
18.
The Analysis of Formation Mechanisms of the Plate Containing Nb、Ti Central Cracking
含铌、钛船板钢心部微裂纹成因初探