1.
ACOUSTIC EMISSION CHARACTERISTICS OF GRANITE UNDER STRAIN ROCKBURST TEST AND ITS MICRO-FRACTURE MECHANISM
花岗岩应变岩爆声发射特征及微观断裂机制
2.
fracture micromechanics of polymer materials
聚合材料断裂微观力学
3.
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。
4.
Three-Dimensional Fracture of Macro-Structures and Failure of Micro-Materials;
材料结构宏观三维断裂和微观破坏行为研究
5.
Analysis was performed on the crack zone by macroscopical, microscopical and hardness testing.
采用宏、微观分析方法对断裂原因进行了分析。
6.
Experimental study on fracture properties and microstructure of early age concrete
早龄期混凝土断裂性能和微观结构的试验研究
7.
The Research on the Influence of Wood Microstructure to Fracture;
木材微观构造对受载断裂的影响方式研究
8.
Numerical Simulation on Ductile Farcture Considering Micro-Plastic Damage;
考虑材料微观塑性损伤的韧性断裂数值模拟
9.
Microscopic Marks of Stick Slip and Creep Slippage in Deformation Products along the Daqingshan Piedmont Active Fault
大青山山前活动断裂变形产物中的微观粘滑与蠕滑标志
10.
Study on Micromechanisms of Fracture in Engineering Materials and Optimum Microstructure Design in Ductile Iron;
工程材料断裂微观机理的研究与球铁优化组织设计
11.
Microstructures, Properties and Fatigue Fracture Characteristics of Aluminum Alloy after Age Forming
铝合金时效成形微观组织和性能及疲劳断裂特征
12.
Study on Microstructure and Fracture Toughness of TiC/Ni_3Al Composites Prepared by Pressureless Melt Infiltration
无压熔渗制备TiC/Ni_3Al复合材料的微观组织与断裂韧性研究(英文)
13.
The mechanism of the deformation and fracture of the alloy was analyzed by using the free volume model.
采用自由体积模型对非晶合金的形变和断裂的微观机制进行了分析。
14.
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
15.
Study on Microdamage of Thin Wafer Sawing and Die Break Strength
薄片划片微损伤与芯片断裂强度探讨
16.
RESEARCH ON TENSION-TORSIONAL FRETTING FATIGUE BEHAVIOR AND FRACTURE MECHANISM OF CL60 STEEL
CL60钢拉扭微动疲劳行为及断裂研究
17.
Microsurgical anastomosis for traumatic rupture of inferior canaliculus lacrimalis
显微吻合术治疗外伤性下泪小管断裂
18.
Deformation and Fractue of Micro─Zone Adjacent to Interface in Steels ──Ⅱ─Deformation and Fracture in Region Adjacent to Interface between Phases
钢中近界面微区的形变与断裂──Ⅱ─相界面近区的形变与断裂