疲劳特性

硅是MEMS器件的主要材料，其疲劳特性将直接影响微机电系统的可靠性。

Silicon is the most common structural material of MEMS , whose fatigue properties will directly affect the reliability of MEMS .

但是由于PZT存在抗疲劳特性差，铅易对环境造成污染等缺陷，寻找性能更好，更加环保的铁电存储器材料来替代PZT薄膜的研究工作一直都在进行。

However the drawbacks of PZT such as bad fatigue properties and the pollution to environment because of the exist of lead driving researchers to find new materials which have better prosperities to replace PZT .

STRATA应力吸收层抗疲劳特性研究

Research on Anti - fatigue Performance of STRATA Stress Absorbing Layers

微观结构对Si3N4材料静疲劳特性的影响

Effect of microstructure on static fatigue behaviour of Si 3N 4

加载方式对Si3N4陶瓷疲劳特性的影响

Influence of Loading Method on Fatigue Behaviour of Si_3N_4 Ceramics

PZT铁电薄膜结构及疲劳特性研究

Investigation of Structure and Fatigue Character of PZT Ferroelectric Thin Films

TA5钛合金低循环疲劳特性试验研究

An Experimental Study on the High-strain Low-cycle Fatigue Characteristics of a TA_5 Titanium Alloy

Si3N4陶瓷在不同介质中的循环疲劳特性

Cyclic Fatigue Behaviour of Si_3N_4 in Various Mediums

Burgers粘弹性模型在沥青混合料疲劳特性分析中的应用

Application of Burgers model to the analysis of fatigue characteristic of bituminous mixtures

一种Ti3Al基合金高周疲劳特性的研究

Study on the high cycle fatigue of ti_3 Al based alloy

WC-Co类硬质合金疲劳特性研究现状

Study on Fatigue Property of WC-Co Cemented Carbide

Y2O3-ZrO2胸瓷在循环应力作用下的疲劳特性

Fatigue behaviour of y_2o_3-zro_2 ceramics under alternating stresses

一种改进的评估疲劳特性的P-S-N方法

A Modified P S N Method for Assessing Fatigue Behaviour

Fe-Mn-Si形状记忆合金的耐磨性及其应变疲劳特性

Characteristics of Wear Resistance and Strain Fatigue in Fe-Mn-Si Shape Memory Alloy

FNS肢体运动疲劳特性的实验研究

Experimental Studies on Muscle Fatigue of Human Limb Motion with FNS

关于Al-Al3Ni自生复合合金的低周疲劳特性的研究

Research on Al-Al_3Ni Spontaneous Composite Alloy to Low-cycle Fatigue Characteristic

船用Ti-31钛合金的低周疲劳特性

The Low Cycle Fatigue Behavior of Ti 31 Alloy for Shipbuilding

国产200MW汽轮发电机组在发动机工况下的低周疲劳特性分析

Analysis on low-cycle fatigue characteristics of indigenous 200 MW steam turbo-generator sets under motor condition

本文首先介绍了先进的铁电存储器脉冲式读出机理（pulse-sensingscheme），采用这种读出机理可以减小铁电材料疲劳特性对存储器的影响，但是基于这种读出机理的各种原有读出方法具有读出周期长的缺点。

The advanced pulse-sensing scheme with high immunity to fatigue has been introduced in this paper . However , read cycle time of traditional sensing approaches based on this scheme is long .

MFS存储器与其它不挥发性存储器相比在数据传输速率、疲劳特性和工作电压等方面有更大的优点。

It has much more superior characteristic than that of other nonvolatile memories and so forth in terms of data transfer rate , fatigue characteristic , operating voltage etc.

针对先进飞机结构广泛采用的钛合金焊接结构，提出了描述焊接件疲劳特性的当量理论应力集中系数Kt（Kte）的概念；

With regard to the Titanium alloy welding structures generally used in advanced aircraft structures , an equivalent theoretical stress concentration coefficient K t ( K te ) was introduced to describe the fatigue property of welding specimen .

氢对347L不锈钢堆焊层的低频疲劳特性的影响

Effect of Hydrogen on the Characteristics of Low Frequency Fatigue in the Weld Overlay Cladding of Stainless Steel 347L

热渗氢后309L和347L钢堆焊层的低频疲劳特性

Characteristics of low-frequency fatigue in the weld overlay cladding of thermo-hydrogen charged 309l and 347L steels

本文就是研究新型高强韧微变形钢（GDL-1）在常温下的拉压疲劳特性。

This article researched the high cycle characteristics of new bainite steel ( GDL-1 ) under the normal temperature .

对LF2铝合金搅拌摩擦焊接接头的静载力学行为和疲劳特性进行了研究，建立了焊接接头的S-N曲线。

Mechanical behavior and fatigue properties of the LF2 aluminum joints by friction stir welding ( FSW ) were studied and the S-N curve of joints were established .

系统研究了复合基层ATB层的配合比设计及其高温稳定性、低温抗裂性、水稳定性、疲劳特性等路用性能。

Systematic study on asphalt treated base are carried out from mixture design and pavement performance , such as high temperature stability , low temperature crack resistance , water stability and fatigue characteristics etc. .

通过改变升温速率，研究了GH4133高温合金在同相位和反相位状态下的热机械疲劳特性。

The tests of Thermal Mechanical Fatigue ( TMF ) in different heating rate at both in-phase and out-of-phase conditions was carried out .

试验结果表明：LZ50车轴钢的循环疲劳特性曲线及循环应力-应变曲线很好地符合双对数线性关系；

The test results show that the fatigue property curve and the cyclic stress-strain curve of LZ50 axletree steel perfectly conform to double logarithm linear relationship .

研究了国产仿YUS110及进口SUS316L两类静电除尘器不锈钢星形线材的显微组织、静拉伸性能与疲劳特性。

The microstructures and the tensile and fatigue properties of the domestic YUS110 and the imported SUS316L stainless steel wire rods were studied .

最后，通过前述应力（应变）的分析计算结果和材料的疲劳特性，分别选用S-N曲线法和Manson-Coffin的Morrow修正式法，对该发动机涡轮盘进行了疲劳损伤与寿命的计算。

Finally , depend on the stress-strain analysis results and the material 's fatigue characteristics , we select S-N curve method and Manson-coffin formula respectively for the fatigue damage calculation and life prediction of the turbine disc .