1.
ON THE FORMATION MECHANISM OF INTERNAL AND SURFACE CRACKS OF CONTINUOUSLY CAST SIABS
连铸板坯内部裂纹和表面裂纹的形成机理
2.
Subsurface Crack Initiation and Propagation Mechanism in GCr15 Steel;
GCr15钢内部裂纹萌生和扩展机理的研究
3.
Analysis of Crack Healing in Hot Rolled Deformed Piece
热轧变形轧件内部裂纹愈合实验研究和机理分析
4.
It suggests a mechanisms of inforcement for the composites based on the formation and development of cracks within the materials.
根据硝胺发射药受冲击时材料内部裂纹形成和扩展方式，分析研究了硝胺微粒的增韧机理。
5.
Internal defects:lack of penetration,lack of fusion,slag,gas pole,carck,overheating.
内部缺陷：未焊透、未熔合、夹渣、气孔、裂纹、过热。
6.
Elastic-Plastic Fracture Analysis for Internal Axial Surface Half Elliptical Cracks in Oil & Gas Pipeline
油气管道内部轴向表面半椭圆裂纹弹塑性断裂分析
7.
STUDY ON HEAT AND MASS TRANSFER INSIDE RICE AND MECHANISM OF RICE FISSURING USING FINITE ELEMENT METHOD;
水稻内部传热传质有限单元分析和应力裂纹机理研究
8.
Relationship between Surface Length and Inside Length of Fatigue Crack in Ultra-high Strength Steel
航空用超高强度钢疲劳裂纹表面长度与内部长度之间的关系
9.
All existing web cracks were arrested by drilling 19 mm holes at the ends of the cracks.
所有已存在的腹板裂纹都在裂纹端部钻19mm的孔止裂。
10.
However, a low fatigue strength detail or a large built-in defect may produce only a single significant crack.
但是，疲劳强度较低的细节部分或较大的内部缺陷可能只产生一条很大的裂纹。
11.
Effect of the Water Pressure Inside the Crack on the Fracture Behavior of Concrete Gravity Dam;
裂纹内水压对重力坝断裂特性影响的研究
12.
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
13.
Effect of in-crack water pressure distribution on the fracture behavior of concrete gravity dams
裂纹内水压分布对重力坝断裂特性的影响
14.
The st udy shows that the coupled elastic and electric fields inside piezoelectric med ia depend on the speed of the crack propagation, and have singularity at the cr ack tip.
研究表明 :介质内的耦合场与裂纹运动速度有关 ,在裂纹尖端有奇异 ;
15.
Study on Corner Sink and Vertical Cracks of CC Steel Billet
连铸坯角部凹陷及纵向裂纹的研究
16.
Studies on Crack Tip Fields and Conservation Laws in Hamiltonian System;
Hamilton体系下裂纹端部场及守恒量研究
17.
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
18.
Inside Weld Crack Analysis and Control of SSAW Pipe
螺旋埋弧焊管内焊缝裂纹分析与控制