1.
repeated bending stress strength
反复弯曲疲劳强度极限
2.
Establish of Gear Bending Fatigue Strength Limit based on BP Network
基于BP网络的齿轮弯曲疲劳强度极限的确定
3.
Fatigue and Ultimate Strength Analysis Based on IACS CSR for Bulk Carriers;
基于IACS散货船结构共同规范的疲劳强度与极限强度分析
4.
Fatigue and Ultimate Strength Analysis Based on CSR for Double Hull Oil Tankers;
基于结构共同规范的油船疲劳强度与极限强度研究
5.
HULL ULTIMATE STRENGTH AND RELIABILITY ANALYSIS CONSIDERING CORROSION AND FATIGUE
考虑腐蚀与疲劳损伤的船体总纵极限强度与可靠性分析
6.
endurance strength
耐久限度, 持久力, 疲劳强度
7.
Strengthening and damaging effect of low-amplitude load below fatigue limit
疲劳极限以下小载荷的强化和损伤试验
8.
The Finite Element Analysis on Strength, Stiffness and Fatigue Character of Automobile Body s Die;
车身模具强度刚度及疲劳性的有限元分析
9.
Surface Roughness of Shot-Peened Specimens and Its Influence on Fatigue Limits
喷丸件表面粗糙度及其对疲劳极限的影响
10.
Multi-Axial Fatigue Strength Analysis of Wheel Based on FEA
基于有限元仿真车轮多轴疲劳强度分析
11.
Three Dimensions-Finite Element Analysis on the Crankshaft Fatigue Strength of Engine
发动机曲轴疲劳强度的三维有限元分析
12.
median fatigue strength at N cycles
Ｎ次循环中值疲劳强度
13.
Fatigue is a feeling of extreme physical or mental tiredness.
疲劳是感到身体或大脑极度疲倦。
14.
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。
15.
endurance limit on base
对称的应力换向循环下的疲劳极限
16.
The fatigue limit of 45 steel has increased by a fac-tor of 55 and 74%.
45钢的疲劳极限分别提高55％和74％。
17.
The study on fatigue limit of industrial structural steel with fracture mechanics
工业结构钢疲劳极限的断裂力学研究
18.
Study of Fatigue Limit of Asphalt Mixture for Perpetual Pavement
长寿命路面沥青混合料疲劳极限研究