1.
After annealing, however, both the notched and precracked specimens have a ductile tendency.
经退火后,材料的缺口和预制裂纹试样均呈现韧化倾向。
2.
The Characteristic on Propagation of Fatigue Pre-cracking 304SS during SSRT with EN and SKP
预制裂纹304SS试样慢拉伸过程EN和SKP表征
3.
Fatigue Life Prediction for Center-Hole Specimen of 2024-T3 Aluminum Alloy Sheet Based on Small Crack Method
基于小裂纹的2024-T3铝合金中心孔试样疲劳寿命预测
4.
FRACTURE TOUGHNESS MEASUREMENT OF CAST MAGNESIUM ALLOY BY CYLINDRICAL SPECIMEN WITH RING-SHAPED CRACK
用环状裂纹圆柱试样测定铸镁合金的断裂韧度
5.
Examine block for cracks or fractures.
测试泵体裂纹或破裂。
6.
Model Test and Crack Prediction for Stay Cable Anchor Zone in Pylon of Zhongxian Changjiang River Bridge
忠县长江大桥索塔锚固区模型试验与裂纹预测
7.
WEIGHT FUNCTION SOLUTION FOR CENTER CRACKED BRAZILIAN DISK SPECIMEN SUBJECTED TO UNIAXIAL COMPRESSION
单轴压缩下中心裂纹巴西试样的权函数分析
8.
Influence of Micro-forging to the Rapid Prototyping of Laser Cladding Specimen Cracks
微锻造对激光熔覆快速成型试样裂纹的影响
9.
Specimen for surface crack growth by loading at cantilever bend and application
一种悬臂弯曲加载表面裂纹扩展试样及其应用
10.
Study on the High-temperature Creep Behavior and the Estimation of Creep Crack Parameter C～* of Cracks in Bi-material CT Specimen;
双材料CT试样裂纹高温蠕变行为的研究与蠕变断裂参量C～*的估算
11.
Study of Using Biaxial Prestressing to Control Welding Distortion and Prevent Hot Cracking;
双向预置应力控制焊接变形及防止热裂纹研究
12.
Molecular Dynamics Study of Crack Propagation Behavior in Ni_3Al
Ni_3Al预制初裂纹扩展行为的分子动力学研究
13.
Study on the Fatigue Characteristic of Containing Intermittent Cracked Rock-like Samples;
预置非贯通裂隙试样疲劳特性试验研究
14.
Prediction of Crack Tip Opening Displacement(CTOD)from the Instrumented Impact Test Based on the Local Approach
基于局部法由示波冲击试验预测裂纹尖端张开位移
15.
The compliance-calibration specimen has a slot of finite-tip radius in place of a crack.
柔度算定试样是用一个有限端部半径的槽来代替裂纹。
16.
To ensure this, specimens must be of sufficient thickness so that a triaxial state of stress can exist at the flaw tip.
为此，试样必须足够厚，使裂纹顶端处于三轴向的应力状态。
17.
At zero applied load, the crack is closed along the perimeter of the specimen but open in the center.
在施加零载荷处，试样周边的裂纹是闭合的，而中心则是张开的。
18.
The crack tends to propagation when the dip angle α=45°and the specimen with the dip angle α=45° has the smallest peak strength.
倾角α=45°时表面裂纹最容易扩展,并且试样表现出来的强度最低。