1.
electron microfractography
电子显微断口金相学
2.
Scanning electron microscope examination shows that the fractured surfaceschanges from the quasi-cleavage type to the cleavage type.
断口的扫描电子金相从准解理型过渡到解理型。
3.
The fracture reasons of forming dies, which cracked during forming process of cranks, were analyzed by means of chemical composition analysis, metallographic examination and fracture analysis in this paper.
采用化学成分分析、金相检验和断口分析等方法，对开裂的成型模进行了分析。
4.
Microstructure and Dynamic Mechanical Properties of 2A14 Aluminium Alloy Sheet
2A14板材铝合金的动态力学性能及断口分析研究
5.
Boiler pressure parts-Metallographic examination and fracture test of weld joints
GB/T10866-1989锅炉受压元件焊接接头金相和断口检验方法
6.
Mechanical properties and fracture behaviors of ZM6 magnesium alloy prepared by solid recycling process
固相再生ZM6镁合金的力学性能和断裂行为
7.
The metallopraphic structure, stress calculate、 information of move and surface of fracture are analyzed herein for the Broken blade in order to find the cause of blade fracture.
针对断裂叶片进行了金相组织、力计算、行情况、口等的分析,以便找到叶片断裂的原因。
8.
The paper analyses the macrofractography morphology of metal fatigue and bri-ttleness.
本文对金属疲劳和脆性宏观断口形态进行了数学分析。
9.
Influence of B Refinement on Mechanical Properties and Fracture Surfaces of Hypoeutectic Al-Si Alloy
B细化处理对亚共晶铝硅合金力学性能和断口形貌的影响
10.
The fracture of Turn Buckle was investigated by means of metallography and mechanical testing.
采用金相检验、学性能测定等方法,对断裂花篮螺杆进行了分析。
11.
Failure of cast aluminiuin alloy box was analysed by metallographic and fractographic analysis, and cast defect anti variation of cross section thickness were identified as main causes of failure.
通过金相及电镜断口分析，确定箱体失效系铸造缺陷和几何截面差过大所致。
12.
Metallic materials-Determination of Charpy impact fracture surface
GB/T12778-1991金属夏比冲击断口测定方法
13.
Recognition and Classification of Metal Fracture Surface Models Using Fractal
应用分形进行金属断口的识别分类
14.
Methods of longitudinal fracture test for heat-resisting superalloy bars
GB/T14999.3-1994高温合金棒材纵向断口试验法
15.
Nonlinear Pattern Recognition of Metal Fracture Surface Images
金属断口图像的非线性模式识别方法
16.
Notch and metal handle broken in artificial hip joint
人工髋关节金属柄折断与槽口的关系
17.
Mechanical Properties and Fracture of the Super-Tough PA6/ABS Alloy
超韧PA6/ABS合金性能和断口形貌研究
18.
The chief character of fracture is fatigue striation and dimple.
断口分析表明，合金低周疲劳断口的主要特征是平行的条纹及韧窝。