1.
The results showed that the weak interface can block the motion of the dislocations and change the propagation direction of the main crack, and result in forming lamella fracture surface.
结果表明,弱界面有阻碍位错运动、转主裂纹扩展方向的作用,可形成分层断口。
2.
Analysis on the Reason for Tensile Fracture Stratification of Q345 Plate
Q345钢板拉伸断口分层原因分析
3.
Analysis of Cause for Layered Fracture Occurring During Impact Test of 00Cr21Ni14Mo2Mn5N Steel
00Cr21Ni14Mo2Mn5N钢冲击断口分层原因分析
4.
Seismological Features of the Segmentation of Nankou Piedmont Fault in Changping County
昌平南口山前断裂断层分段的地震学特征
5.
INTERLAMINAR TENSILE RUPTURE AND FRACTURE ANALYSIS FOR CF/EPOXY MATERIALS
碳/环氧复合材料层间拉伸断裂与断口分析
6.
Study on Lamination Cracks of Low-alloy High Strength Steel Plat
低合金高强度钢板拉伸断口分层机理分析研究
7.
Analysis of Cause for Layered Fracture Occurring during Tensile Test of Q390E Steel Plate
Q390E钢板拉伸试验试样断口分层原因分析
8.
Analysis on the Cause of Fracture Lamination during Tensile Test of Q345B Medium Plate
Q345B中厚板拉伸试验断口分层的原因分析
9.
Finite element analysis of effect of coating materials on V-notch fracture
涂层对V形切口断裂影响的有限元分析
10.
Causes of Laminated Fracture under Tensile Test for A131GrAH36 Steel Plate and Improving Measures
A131GrAH36船板钢拉伸断口分层原因及改善措施
11.
Influencing Factors of Fracture Layered for Tensile Test Sample of High Strength Ship Plate Steel
高强度船体用结构钢拉伸试验样断口分层的影响因素
12.
Analysis About The Structural Feature Of Longtian-Baiyanwan In Chengkou Fault In Da Bashan Foreland Basin
大巴山前陆盆地城口断层龙田-白岩湾构造特征分析
13.
The cause and prevention of the Low-density shadow in the upper dentition image of panoramic radiography
全口曲面断层片上颌牙根端低密度影的原因分析与处理
14.
ultrasonic fractography
超声波断层显微分析
15.
Numerical Study of Effect of Coating Materials on Fracture of V-notch
涂层对V形切口断裂影响的数值研究
16.
Sharp fracture analysis of SWRH82B wire rod
SWRH82B盘条笔尖状断口分析
17.
For instance, according to the nature of cohesion, the fault rocks can be divided into cohesive and incohesive fault rocks.
例如，断层岩可以划分成粘合断层岩和非粘合断层岩。
18.
Faults can be ranged into two principal types which are caused by either tension or compression.
断层可分为两种主要类型，即张力断层和挤压断层。