1.
Elastic-Plastic Finite Element Analysis for Piping Elbow with Circumferential Part-Throughwall Cracks;
含内表面环向裂纹光滑管弹塑性有限元分析
2.
Elastic-Plastic Finite Element Analysis for Circumferential Part-Throughwall Cracks on Mitered Elbow;
斜接弯管环向内表面裂纹弹塑性有限元分析
3.
Cracks grow in directions nearly parrallel to the surface.
裂纹在近乎平行于表面的方向上生长。
4.
Analyses of cause for transverse cracks on CC slab surface
连铸板坯表面横向裂纹产生原因分析
5.
Elastic-Plastic Finite Element Analysis for Piping Elbow with Axial Inside Surface Cracks;
光滑弯管沿轴向内表面裂纹弹塑性有限元分析
6.
Elastic-Plastic Fracture Analysis for Internal Axial Surface Half Elliptical Cracks in Oil & Gas Pipeline
油气管道内部轴向表面半椭圆裂纹弹塑性断裂分析
7.
FRACTURE AND RELIABILITY ASSESSMENT ON SUBMARINE PIPELINES WITH AXIAL SURFACE CRACKS
带轴向表面裂纹海洋管道的断裂计算与可靠性评估
8.
Growing Crack Tip-fields on Anisotropic Bimaterial Interface
各向异性双材料界面裂纹扩展裂尖场
9.
ON THE FORMATION MECHANISM OF INTERNAL AND SURFACE CRACKS OF CONTINUOUSLY CAST SIABS
连铸板坯内部裂纹和表面裂纹的形成机理
10.
Finite Element Method Analysis of Stress-strain Field of Surface Crack on Super-strength Steel Plate Under Circular Loads;
超高强度钢平板表面裂纹在载荷循环中应力-应变场有限元分析
11.
The Experimental Analysis of the Correction Factor of the SIF for the Transverse Surface Semi-Elliptic Crack of a Axle
轴表面横向半椭圆裂纹应力强度因子修正系数的实验分析
12.
No stress measurements or crack surface samples were available for examination, only the surface crack configuration.
没有应力测量或裂纹表面取样可用于检验，只能依据表面裂纹图形。
13.
To cause(china, for example) to become covered with a network of fine cracks.
使（瓷器等）表面出现网状的细裂纹
14.
glazed china with a network of fine cracks on the surface.
表面有网状裂纹的光滑的瓷器。
15.
A core was removed from this area so that the crack surfaces could be examined.
从这一区域取样芯，以便检验裂纹表面。
16.
BEM Analysis of Transient Response in Surface Crack Problems
表面裂纹问题瞬态响应的边界元分析
17.
The Remaining Strength Assessment of Pipeline Containing 360°Cir- cumferential Surface Crack,
含360°表面裂纹管道剩余强度评价
18.
Study On Longitudinal Surface Cracks On CSP Hot-Rolled Plate
酒钢CSP热轧板卷表面纵裂纹研究