1.
STUDY ON FATIGUE PROPERTY OF NOTCHED ELECTROPLATED COPPER THIN FILM BASED ON FEM
基于弹塑性有限元分析的电镀铜薄膜缺口疲劳断裂特性研究
2.
The Research of 40Cr2MoV Steel Bending Fatigue Notch Sensitivity
40Cr2MoV钢弯曲疲劳缺口敏感性能的研究
3.
The Effect of Fatigue Life of Shaft by Notch Geometric Parameters
缺口几何参数对轴类零件疲劳寿命的影响
4.
Investigation on Fatigue Notch Factor for Medium Carbon Steel under Axial Loading
轴向加载条件下中碳钢疲劳缺口系数的研究
5.
Research and Application of Fatigue Notch Factor of Machined Surface
考虑表面加工的疲劳缺口系数研究与应用
6.
Study on Fatigue Fracture Property and Life Prediction of Notched Electroplated Copper Film;
电镀铜薄膜缺口件疲劳断裂特性与寿命预测研究
7.
Analysis on Fatigue Influencing Factors and Notch Effect of High Strength Bolt Used in Grid Structure with Bolt-sphere Joints;
螺栓球节点网架用高强螺栓的疲劳影响因素及缺口效应分析
8.
The Strain Fatigue Behavior and Notch Sensitivity of Polymer ABS under Alternating Loading
聚合物ABS在交变载荷作用下应变疲劳性能及缺口敏感性研究
9.
FATIGUE LIFE PREDICTION FOR NOTCHED SPECIMENS UNDER MULTIAXIAL NON-PROPORTIONAL LOADING AT HIGH TEMPERATURE
高温多轴非比例加载下缺口试样的疲劳寿命预测
10.
Low cycle fatigue test method based on uniaxial test strain of notch specimens and its application
基于单轴缺口试样的一种低周疲劳测试方法与应用
11.
Fatigue Damage Model of Notched 18CrNi4A Steel Specimens by Metal Magnetic Memory Method
基于金属磁记忆技术的18CrNi4A钢缺口试件疲劳损伤模型
12.
Study of High Temperature Fatigue Deformation at the Notch Root based on Digital Speckle Correlation Technique
应用数字散斑相关技术研究缺口根部高温疲劳变形
13.
Fatigue Life Prediction of LY12 Aluminium Alloy Notched Structure Based on Initial Discontinuity State
基于初始不连续状态预测LY12铝合金缺口结构件的疲劳寿命
14.
the variation of N_0 depends mainly on the strength of materials in caes of blunt notched specimens and on the plasticity of meterials in case of sharp notched specimens;
疲劳裂纹孕育期的大小,在尖锐缺口时主要取决于塑性,较平缓缺口时主要取决于强度.
15.
The Stress Fatigue Behavior and Notch Sensitivity of Polymer ABS under Symmetry Circle Loading;
聚合物ABS在对称循环交变应力作用下的应力疲劳性能及缺口敏感性研究
16.
What with fatigue and lack of sleep, he has fallen ill at last
由于疲劳并缺乏睡眠，他终于生病了
17.
The preparation of corn to the anti-fatigue and antianoxia role test report
玉米须制剂抗疲劳、耐缺氧实验研究
18.
Fatigue life prediction of crack-like flaws in oil gas pipeline
油气管线裂纹型缺陷的疲劳寿命预测