疲劳破坏,fatigue failure
1)fatigue failure疲劳破坏
1.Variance research on pavement fatigue failure caused by the crown;横向路拱引起路面疲劳破坏的差异研究
2.Mechanism and cause of the steel structure s fatigue failure;钢结构疲劳破坏的机理及原因
3.The fatigue failure behavior of the NR vulcanizates reinforced by black N110,N220 and N330 respectively was investigated by rupture mechanics method.用断裂力学方法研究炭黑N110,N220和N330补强NR硫化胶的疲劳破坏特性。
英文短句/例句

1.The Summary of the Rolling Bearing Contact Fatigue Failure Mechanism and Fatigue Life Model滚动轴承疲劳破坏机理和疲劳寿命模型综述
2.Fatigue is the main rupture mode of bolt.疲劳破坏是螺栓失效的主要形式之一。
3.The Simulation Analysis of Structural Fatigue Destroy;金属结构疲劳破坏的计算机仿真分析
4.RELIABILITY RESEARCH ON THE FATIGUE FRACTURE BEHAVIOR IN VERY HIGH CYCLE REGION超长寿命疲劳破坏行为的可靠性研究
5.Fracture Mechanism of GCr15 Steel in Very High Cycle FatigueGCr15钢超长寿命疲劳破坏的机理
6.RESEARCH ON THE PROFILE OF THE FATIGUE OF ANNULAR SPECIMEN OF ABS/SBS环状ABS/SBS试样疲劳破坏断口分析
7.Spalling was a major form of contact fatigue failures in nitriding steel.氮化钢的主要接触疲劳破坏形式是剥落。
8.The Numerical Simulation Analysis of Asphalt Pavement Moisture Damage Fatigue Failure Process;沥青路面水损害疲劳破坏过程的数值模拟分析
9.A Finite-element Emulation Analysis of Motorcycle Wheel Hub Impact and Fatigue Damage摩托车轮毂冲击及疲劳破坏有限元仿真分析
10.Design Norm of Fatigue Strength of Combination Stress in Cylinder of Injection moulder注塑机筒复合应力疲劳破坏的设计准则
11.Rod fatigue rupture is one of its main failure forms.抽油杆的疲劳破坏是抽油杆柱的主要失效形式之一。
12.Hysteresis energy is a useful basis for the establishment of failure criteria in fatigue.在建立疲劳破坏准则时,迟滞能量是一个有用的依据。
13.Fatigue Mechanism and Life Estimation on 40Cr High-strength Bolt in Grid Structure with Bolt-sphere Joints;螺栓球节点网架用40Cr高强螺栓的疲劳破坏机理及寿命估算
14.Modelling and Simulation of Cyclic Response and Fatigue Failure of Fiber Reinforced Ductile Composites;金属基复合材料循环响应和疲劳破坏的理论和模拟
15.Research on Fatigue Mechanism and Influencing Factors of Grid Structure with Welded Hollow Spherical Joints网架焊接空心球节点疲劳破坏机理及影响因素研究
16.FIVE FAILURE STYLES FOR AN ALUMINUM-ALLOY STRIP WITH TWO HOLES UNDER CYCLIC TENSILE LOADING交变载荷下含两孔洞的铝合金长条的五种疲劳破坏型式
17.Experimental Study on Fatigue Properties of Plain Concrete under Biaxial Stress States and Theories on Failure Prediction;混凝土双轴疲劳试验与破坏预测理论研究
18.Failure of soldered joint during thermal fatigue test微连接接头在热疲劳过程中的破坏规律
相关短句/例句

fatigue damage疲劳破坏
1.Analysis of the fatigue damage of pressing roll with thermodynamic theory;挤压辊疲劳破坏的热力学分析
2.Metal fatigue damage usually happens in the course of project building.金属材料的疲劳破坏是工程实际中较常见的问题 本文通过对常见金属的疲劳实验研究 ,讨论了影响金属构件的主要因素并对实验结论加以修
3)fatigue fracture疲劳破坏
1.Numerical method for crack extension analysis based on fatigue fracture process of rock materials;岩石类材料疲劳破坏裂纹扩展分析的数值方法
2.Through studying the modeling and modal features,the inherent characteristics data of the thickened bogie frame are achieved,by which judgement can be made upon weak links easy of fatigue fracture and their locations.较系统地讨论了对SS1型机车转向架构架进行模态分析所涉及的模态理论和模态试验,研究了构架的模型化方法和模态特征,得出加肥型转向架构架结构固有特性数据,由此判断该结构的易发生疲劳破坏的薄弱环节及位置所
3.The fatigue fracture behaviour of a kind of 2000MPa-class medium-carbon high strength steel for spring was studied by using optical microscope, TEM, SEM, rotating bending fatigue test and fatigue crack propagation rate test.主要采用光学金相、透射电子显微镜、扫描电子显微镜、旋转弯曲疲劳实验、裂纹扩展速率实验等手段,丌发研究了一种2000MPa级中碳高强度弹簧钢的疲劳破坏行为,以期为开发新一代高强度弹簧钢提供数据积累。
4)fatigue destruction疲劳破坏
1.In this paper, based on the analysis of the component materials and the welding remains stresses,the cause of the fatigue destruction in the metal component of portal crane is studied.从构件母材、焊接残余应力等方面对港口起重机金属结构件的疲劳破坏成因进行了分析 ,提出了焊接接头的抗疲劳设计方法 ,并阐述了金属结构件焊缝裂纹焊补的相关工艺措施 ,所述方法在工程实际中被证明是可行的 。
5)fatigue destroy疲劳破坏
1.Controlling fatigue destroy of heavyweight and welding steel crane beams;重型钢焊接吊车梁结构的疲劳破坏控制
2.It has been explained that the abrasion_cavitation are caused by co_impact of the fatigue destroy and anit_cutting in the silt-laden river.本文分析了水轮机磨蚀外观形态 ,阐述磨蚀是含沙水流对材料的疲劳破坏及泥沙切削共同作用所至 ,具有典型的机械疲劳破坏特征。
6)fatigue rupture疲劳破坏
延伸阅读

疲劳破坏分子式:CAS号:性质:材料受交变应力作用时呈现的破坏现象。疲劳破坏的方式与部件的形状、应力类型以及环境条件有关。疲劳破坏的机理可能包括热降解、氧化、臭氧侵蚀以及通过裂纹扩展等方式而发生破坏,既有力学疲劳破坏,也伴有热疲劳破坏。