解理

  • 网络Cleavage;cleave;Cleat
解理解理
  1. 缺口根半径对解理断裂应力σf的影响

    The Effect of Notch Root Radius on the Cleavage Fracture Stress σ _f

  2. 解理特征应力Sc0&一个新的解理断裂抗力参量

    Cleavage Characteristic Stress Sc_0-A New Parameter Reflecting Resistance to Cleavage Fracture

  3. 硅钢解理断裂韧性K(Ic)与温度的关系

    On the temperature dependence of cleavage fracture toughness of silicon steel

  4. 幂硬化材料解理断裂应力σf的测定

    Measurement of cleavage fracture stress in power hardening material

  5. 裂纹试样尺寸对局部解理断裂应力σf的影响

    Influence of precracked specimen dimensions on stress σ _f of local cleavage fracture

  6. 铁素体形态对解理断裂应力σf及断裂韧性的影响

    Influence of morphology of ferrite on cleavage fracture stress σ _f and fracture toughness

  7. 拉伸断口SEM形貌分析表明,合金断裂方式由准解理断裂向韧性断裂发生转变。

    SEM analysis shows that alloy rupture changes from quasi-cleavage fracture to ductility fracture .

  8. Zn单晶解理裂纹前端的范性行为金属中裂纹形核的一个理论模型

    CLEAVAGE CRACK TIP DEFORMATION IN ZINC SINGLE CRYSTAL A Theoretical Modal of Crack Nucleation in Metals

  9. 用缺口棒四点弯曲法测定了双相钢的解理断裂应力σf;

    Cleavage fracture stress of dual phase steels has been measured with slow-bend test of blunt V-notch specimens .

  10. 合金中添加Ce后,疲劳裂纹扩展区出现疲劳条纹,疲劳断口呈现出准解理和韧窝断裂的混合特征。

    The fatigue fracture surface of test specimens shows hybrid-fracture characteristics of quasi-cleavage and dimple .

  11. 有时在WC颗粒表面出现解理断口。

    Sometimes cleavage fractures originate at the WC particle surface .

  12. 实验测定了AgGaS2晶体的差热分析曲线和红外透射谱,以及单晶{112}解理面的X射线衍射谱,结果表明生长晶体的质量较高。

    The results show the as-grown AgGaS_2 crystals have high guality from measured DTA curve , IR transmission spectrum and XRD spectra .

  13. TiAl金属间化合物解理断裂行为的研究

    Study on the cleavage fracture behavior of intermetallic alloy TiAl

  14. 应用解理断裂局部法预测任意应力&应变关系材料断裂韧度K(IC)的新方法

    New method of fracture toughness k_ ( ic ) prediction for material with arbitrary stress-strain curve by using cleavage fracture local approach

  15. σf可精确用于细观解理断裂机理的分析,并表征了钢的本质韧性。

    The σ f could be accurately used for the analysis of fracture micromechanism , and it characterizes intrinsic toughness of steel .

  16. 研究了断裂局部方法中测定材料的临界解理应力σu和威布尔指数m的方法。

    Studies the method to measure the critical cleavage stress σ _ μ and Weibull exponent m in fracture local approach .

  17. 对大别山双河片麻状花岗岩岩体中的石英C轴组构、黑云母(001)解理极点和石英颗粒三维应变分别进行系统测量。

    Systematic measurements are made respectively on the quartz C-axis fabric , biotite ( 001 ) cleavage fabric and3-D strain analysis by quartz for gneissic granite in Shuanghe , Dabie .

  18. 测定了各种硅钢的解理断裂应力,导出了硅钢零塑性温度NDT的表达式。

    The cleavage fracture stress of silicon steel is determined .

  19. InP(110)解理面的能带弯曲

    Band Bending of Cleaved InP ( 110 ) Surface

  20. CBN多晶体中裂纹的途径基本上是穿晶断裂,断口形貌具有准解理断裂的特征。

    The cracks of pure CBN polycrystal are mainly transgranular .

  21. 充氢Ni3Al{110}型解理断裂原位TEM观察

    Im-situ TEM observation of { 110 } cleavage in ni_3al with charging hydrogen

  22. 在近中性pH溶液中,X70管线钢的开裂模式是穿晶型的,具有准解理特征,并且随着外加阴极电位的降低,SCC敏感性增加。

    In near-neutral pH solutions , the cracking mode was transgranular with the feature of quasicleavage ;

  23. 在两种断裂模式和临界事件下,细晶试样的解理断裂应力σf和起裂应变ε(pc)均高于粗晶试样;

    The σ f of the fine grain microstructure is higher than that of the coarse grain microstructure when the fracture mode and critical event are identical .

  24. 通过多步热处理,可以得到双态组织和晶粒更为细小均匀的近γ组织的TiAl基体,复合材料的断裂模式转变为穿晶解理断裂。

    And the TiAl matrix has a duplex microstructure , and the fracture mode is transgranular cleavage fracture .

  25. 建议σF作为一个潜在的工程参数,用于钢的解理断裂韧性评价和结构安全设计。

    The σ F is suggested to be a potential engineering parameter which could be used to assess cleavage fracture toughness of steel and safety of structure design .

  26. 通过测量解理起裂源的位置,精确测定了一种钢的细观解理断裂应力σf和宏观解理断裂应力σF。

    By measuring the location of the cleavage initiation sites , the local cleavage fracture stress σ f and the macroscopic cleavage stress σ F are accurately measured .

  27. 加荷速率增加导致动态断裂韧性试样断口的解理面比K(Ic)试样增多。

    The increase of loading velocity causes that the cleavage facets of fracture surface of K_ ( Id ) specimens are more than those of K_ ( IC ) .

  28. 并基于S(co)&解理特征应力物理模型,对低碳钢低温解理断裂应力进行了计算。

    On the basis of above results and a physical model of the characteristic cleavage stress S ( co ), the cleavage stresses of low-carbon steel specimens at different temperatures were calculated .

  29. Si(111)解理面L(2,3)VV俄歇谱的谱形分析

    A line shape analysis of sil_ ( 2,3 ) vv Auger spectrum on the cleaved ( 111 ) surface

  30. C-Mn钢裂尖区解理断裂行为的研究

    Study of fracture behavior at crack tip within C-Mn steel