1.
Alternating stress produced by alternating dynamic ice force evidently results in the partial fatigue failure.
交变冰力引起的结构交变应力必将导致结构的局部疲劳损伤。
2.
Response of sEMG and EEG to Exercise-induced Local Muscle Fatigue;
局部肌肉疲劳的肌电和脑电反应模式
3.
Study on the Local Criterion of Fatigue Performance in Aluminum Alloy Welded Joints;
铝合金焊接接头疲劳行为局部准则研究
4.
Research on Local Stress and Fatigure Performance of Truss for the Concrete-Fille d Steel Tubular Arch Bridge
钢管混凝土拱桥桁架局部应力及疲劳性能研究
5.
Experimental Study of Fatigue Properties for Partially Short Carbon Fiber Reinforced Concrete
短碳纤维局部增强混凝土疲劳性能实验研究
6.
Then, for fatigue strength analysis, local finite element models of the tubular joints are also formed.
其次,建立了管节点结构局部有限元模型进行疲劳强度分析。
7.
Study on the Relation between Fatigue Process of Localized Muscle and Change of Surface EMG Signal′s Fractal Dimension
局部肌疲劳过程与表面肌电信号分维值变化关系的研究
8.
Hot Spot Stress Analysis of Steel Bridge Components and Numerical Simulation of Fatigue Damage Accumulation;
桥梁构件局部热点应力分析及其疲劳损伤累积过程模拟
9.
The Research of Non-local Strain Method in the Structure Fatigue Damage Numerical Simulation;
非局部应变法在结构疲劳损伤数值模拟中的应用研究
10.
Detection of Face Fatigue Expression via Gabor and LLE
基于Gabor滤波与局部线性嵌入的人脸疲劳表情检测
11.
Fatigue Endurance Calculation for High-rising Empty Towers under Wind-induced Resonance Vibration
风诱导共振作用下高耸空塔局部结构的疲劳计算
12.
Influence of Partial Aluminum Clad on Pitting of Aluminum alloy Fatigue Samples in NSS
局部包铝层对铝合金疲劳板材盐雾环境中点腐蚀的影响
13.
Heavy port crane fatigue life prediction by the local stress/strain method
基于局部应力应变法的大型港口起重机疲劳寿命估算
14.
Bureau of Labor Statistics, U.S.
美国（劳工部）劳工统计局
15.
They are used as to regulate and harmonize qi and blood, to promote the local blood circulation, to relieve the muscular fatigue and to relax contracture.
（1）本法是用于调和气血，用于促进局部血液循环，用于消除肌肉疲劳和缓解痉挛的。
16.
The sEMG Signal Complexity Changes during and following Local Muscle Fatigue Induced by Isometric Loading;
静态运动负荷诱发局部肌肉疲劳和恢复过程中sEMG信号复杂度变化规律
17.
Simulation of Prediction of Fatigue Life for Component of Railway Vehicle;
机车车辆零部件的疲劳寿命预测仿真
18.
Study on the Fatigue Stress of the Key Components of K6 Type Bogie;
K6型转向架关键部件的疲劳应力研究