1.
The fracture mode changed from quasi-cleavage plus cleavage obtaioed from conventional treatment to quasi-cleavage plus dimple.
微观断口由常规工艺的准解理加解理断裂变为准解理加韧?断裂。
2.
Fracture measurements show that the mode attributed to cleavage fracture.
断口实验结果表明,接头断裂模式为解理断裂。
3.
The alloys occur ductile fracture after annealing.
合金热轧态呈脆性准解理断裂,退火后转变为韧性断裂。
4.
Analysis on Mechanism of Cleavage Fracture in a Low Alloyed Steel at Different Low Temperature
低合金钢在不同低温下解理断裂机理的研究
5.
Damage and Cleavage Study on Low Alloy Steel of Pressure Vessel;
压力容器用低合金钢的损伤与解理断裂研究
6.
Fracture surfaces show predominant cleavage river pattern with a small quantity of dimples in the core.
硅钢断口边缘呈现解理断裂的“河流花样”,心部存在少量的韧窝。
7.
The Effects of Initial Damage on the Cleavage Fracture Behavior of Notched Specimens with Different Microstructures of Steels;
初始损伤对不同钢组织缺口试样解理断裂行为的影响
8.
EFFECTS OF LOADING RATE,NOTCH GEOMETRY AND LOADING MODE ON THE CLEAVAGE FRACTURE BEHAVIOR OF 16MnR STEEL
加载速率、缺口几何和加载方式对16MnR钢解理断裂行为的影响
9.
The cutting tool was characterized by intercrystalline fracture attributed to fatigue and partial cleavage fracture in the machining process.
聚晶金刚石刀具在加工过程中的磨损机理主要表现为具有疲劳磨损特征的沿晶断裂及局部解理断裂.
10.
The tesile fracture is mixture of quasicleavage and touph dimple.
拉伸断口为韧窝和准解理混合断裂。
11.
The steel trea-ted with this pruccss shows a fractograph with quasi-cleavage and dimple。
钢的断口为准解理十韧窝属于韧性断裂。
12.
The fracture of composites assumes toughness dimple.
复合材料的拉伸断口为解理与韧窝混合断裂.
13.
Begging the Solution of Some Theorical Problems In Fracture Mechanics with Complex Functions;
用复变函数方法求解断裂力学的几个理论问题
14.
Integrated study for processing and interpretation in SG fault zone JH Depression
JH凹陷SG复杂断裂带处理解释一体化综合研究
15.
The fatigue fracture of test alloys has mixed-rupture characteristics of quasi-cleavage and dimples.
合金的疲劳断口呈现出准解理与韧窝断裂的混合特征。
16.
Riverlet pattern, secondary cracks and dimples were visible on the fracture surfaces. The fracture morphology was of cleavage character.
疲劳断口可见河流花样、次裂纹、韧窝,具有解理特征.
17.
That means PMMA has changed from polar polymer to non-polar polymer.
对此现象的解释机理提出了“孔洞”与“极性基团断裂”两种假设。
18.
Fracture Theory and Eng application ?
断裂理论与工程应用(2)