1.
Damage Constitutive Model of Mico-and Meso-cracks of Coal Sample Based on RMT
基于RMT煤的微细观裂纹损伤本构模型
2.
Micro-behaviour of fatigue crack growth in welding heat-affected zone
焊接热影响区疲劳裂纹扩展的微观行为
3.
Fatigue Reliability Analysis and Crack Initiation Micromechanism for 42CrMo Steel;
42CrMo钢疲劳可靠性分析与裂纹萌生微观机理研究
4.
The Microstructure and Fatigue Initiation of an AA2524-T34 Aluminum Alloy
AA2524-T34铝合金的微观结构与疲劳裂纹萌生机制
5.
Crack-tip Fields in Creep Damage Materials and Acoustic Detection of Mesodamage;
蠕变损伤裂纹尖端场与细观损伤的声学探测
6.
Investigations of Crack Expansion in Marble Having a Single Pre-existing Hole:Experiment and Simulations
含单个孔洞大理岩裂纹扩展细观试验和模拟
7.
Anaylisis of Microstructure and Residual Stress Using Electromagnetic Heating Effect
金属构件电磁热裂纹止裂微观组织及残余应力研究
8.
Meso-mechanical experimental study of meso-fraeturing process of limestone under coupled chemical corrosion and water pressure
化学溶液及其水压作用下单裂纹灰岩破裂的细观试验
9.
Microscopic Observation of Ehrlick Ascites Tumor Cell Mitosis and Metaphase Chromosome;
艾氏腹水瘤细胞有丝分裂过程的显微观察
10.
Using a laser, Epstein carefully cut along a natural fissure in the cord. The laser's beam cauterized the small vessels as it moved along.
他使用激光仔细地沿着脊髓的天然裂纹切开，光束边移动边烙着微细血管。
11.
Close study of the surface of the picture shows up a network of fine cracks.
仔细察看画面，就会发现网状的细裂纹。
12.
The research results show that micro cracks act as an important role in the wear process of PCD tools.
同时,研究表明微观裂纹特征对聚晶金刚石刀具的磨损起着重要的作用。
13.
MICROSEGREGATION OF SOLUTE ELEMENTS IN SOLIDIFYING MUSHY ZONE OF STEEL AND ITS EFFECT ON LONGITUDINAL SURFACE CRACKS OF CONTINUOUS CASTING STRAND
钢凝固两相区溶质元素的微观偏析及其对连铸坯表面纵裂纹的影响
14.
Effects of the Surface Perturbation and the External Stress on the Evolutons of Microcracks;
裂面形貌扰动和外载对微裂纹演变的影响
15.
Prediction of Burst Strength of Oil Well Casing Strings with Micro-Cracks
含微裂纹油井套管的抗内压断裂强度预测
16.
The Analysis of Formation Mechanisms of the Plate Containing Nb、Ti Central Cracking
含铌、钛船板钢心部微裂纹成因初探
17.
Numerical Simulation of Microcrack Toughening in Particulate Composite
颗粒复合材料微裂纹增韧的数值模拟
18.
Scientists at the University of Illinois have created a synthetic material that automatically seals any tiny cracks that develop within it.
伊利诺伊大学的科学家创造了一种合成材料，它能自动愈合内部的任何细微裂纹。