1.
Fracture-Surface Fractal Dimension of PP/Diatomite Composites and Its Relation to Impact Strength
PP/硅藻土复合材料断口分形维数及其与冲击强度的关系
2.
Recognition and Classification of Metal Fracture Surface Models Using Fractal
应用分形进行金属断口的识别分类
3.
New Fracas in Fractal Studies on Fracture
断裂分形研究的新热点———关于断口分维是否具有普适性的一场争论
4.
Study on the Relationship between the Fractal Fracture Characterization of Wood and Main Mechanical Properties
木材断口的分形表征与力学性能关系的研究
5.
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
6.
The fractograph exhibited typical ductile dimple fracture pattern.
断裂形式呈韧性断裂,断口以韧窝为主。
7.
Fractographic analysis of failed fragment of In-Ceram alumina crown
应用断口表面形貌分析法分析临床失败In-Ceram全瓷冠1例
8.
The paper analyses the macrofractography morphology of metal fatigue and bri-ttleness.
本文对金属疲劳和脆性宏观断口形态进行了数学分析。
9.
Microstructures and Tensile Fracture Characteristics of Spray Deposited Al-Zn-Mg-Cu Alloy Hot-Rolled Plates
喷射成形Al-Zn-Mg-Cu合金热轧板材的显微组织及拉伸断口分析
10.
The time and space distribution of the Jurassic-Cretaceous basins and their deformational characteristics are related to Yanshan-Qikou-Xingang buried faulted zone and the Mesozoic Cangdong faulted zone.
侏罗纪－垩纪的盆地时空分布和变形特点与盐山—歧口—新港隐伏断裂带和中生代沧东断裂带有关。
11.
Sharp fracture analysis of SWRH82B wire rod
SWRH82B盘条笔尖状断口分析
12.
Theoretical Analysis on 126 kV Double-break Vacuum Circuit Breaker
126 kV双断口真空断路器的理论分析
13.
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
14.
Mechanical Properties and Fracture of the Super-Tough PA6/ABS Alloy
超韧PA6/ABS合金性能和断口形貌研究
15.
A molding for a cornice, having a partly concave and partly convex curve in profile, used especially in classical architecture.
反曲线饰纵断面部分为凹线，部分为凸形的檐口的线脚，尤用在古典建筑中
16.
The fracture appearance is dimple at room temperature,it changes into intercrystalline fracture at low-temperature.
其冲击断口微观形貌由室温时的韧窝断口逐渐变为低温下的塑性沿晶断口.
17.
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。
18.
Analysis on the Reason for Tensile Fracture Stratification of Q345 Plate
Q345钢板拉伸断口分层原因分析