结构层

  • 网络Structure;structural layer;structure layer;layer
结构层结构层
  1. 无粘结预应力结构层施工设计

    The Construction Design of Prestress Without Bond Structure Layer

  2. 香螺壳体的纵截面由外层的柱状晶粒结构层,中间的交错纹片结构层和内层的柱状结构层组成。

    The analysis for a vertical section demonstrates that the shell consists of three layers : the out layer with column grain structure , middle layer with lathing structure and inner layer with column structure .

  3. 图1突出显示了与本文相关的SOA参考体系结构层。

    Figure 1 highlights the layers of the SOA reference architecture that are relevant to this article .

  4. 具有不同孔径尺寸和孔隙率的多孔硅在不同的MEMS中可作为功能结构层和牺牲层。

    Porous silicon with different pore sizes and porosities can be used as functional and structural layer and sacrificial layer in different MEMS .

  5. 基于FWD荷载分布系数直解路面结构层模量

    Calculating Modulus of Pavement Structure Course Directly Using FWD Load Distribution Coefficient

  6. FWD检测的完整的弯沉盆信息为分析路面结构层材料性能提供了基础。

    The complete deflection basins testing by FWD provide the basis of analyzing pavement layer material properties .

  7. 本文引用古德曼(Goodman)层间结合力学模型来描述多层柔性路面结构层间的半结合状态,并基于这种力学模型给出了求解半结合N层弹性体应力、位移理论解的边界条件。

    In this paper , Goodman 's constitutive law is adopted to describe the behavior of a partially integrated interface between the various layers in a multi-layered flexible pavement and the boundary conditions for solving the multi-layered elastic system with partially rough interface based on the constitutive law are given .

  8. 采用爆炸焊接&热轧新工艺生产的16MnR/不锈钢复合板,在爆炸焊接热轧坯料界面中,发现了以前从未报道过的非晶态结构层及混乱的微晶层的形成。

    Through the research on the interface of 16MnR / stainless bimetallic plates , which made by the new techniques of explosive welding-hot rolling , we found a noncrystalline structure layer and a confused microcrystalline layer existing in the interface , which have never been reported before .

  9. 短肢剪力墙结构层间极限变形能力的计算

    Story ultimate deformation capacity calculation of short-pier shear wall structure

  10. 路面结构层平整度及横坡度的施工控制

    The construction control for the evenness and transverse slope of pavement structure layer

  11. 句子主题的所指依存和信息结构层

    Referential Dependency of Sentence Topic and Information Structure Tier

  12. 建筑结构层刚度中心的计算

    Calculation of Floor Stiffness Centers for Building Structures

  13. 提出了沥青面层施工压实指标中,应增加空隙率作为控制指标,并就压实、结构层间的连接及平整度等施工技术进行了深入的探讨。

    The paper discussed the construction technology of bitumen pavement from compaction and smoothness etc.

  14. 混凝土结构层间力学性能的电学表征

    Electrical characterization of mechanical properties between concrete layers

  15. 考虑高振型影响的结构层间位移能力谱分析方法

    Storey displacement analysis based on capacity spectrum method

  16. 通过对级配进行比较分析,提出结构层关键筛孔施工控制指标。

    Compare gradation of deferent position , then take construction guideposts of structure level .

  17. 以结构层寿命匹配原则设计沥青路面的方法;

    The design method of asphalt pavement with the concept of structure layer life matching ;

  18. 柔性路面结构层模量反算方法研究

    The Research of the Moduli Back - calculation Method for Flexible Pavement Layer s Ni Fujian

  19. 电力施工企业竞争力由核心层、结构层和转化层组成。

    The competitiveness of power construction enterprises consists of layers of core , structure and transition .

  20. 国家大剧院的屋面系统包括结构层、防水层和装饰层。

    The roofing system of National Showplace consists of framework , damp-proof course and layer of decoration .

  21. 采用保障带法代替立模的水泥稳定碎石结构层施工浅谈

    The Elementary Introduction of Cement Steady Gravelly Structure Construction by Using Guarantee Margins to Replace Moulding Board

  22. 并探讨了各结构层间应力及其路表弯沉和相应弯沉盆参数的影响情况;

    Moreover , the effect on stress , flexure and relative parameter between each layer was discussed and investigated .

  23. 沥青混合料最大粒径、结构层厚度与混合料性能之间关系分析

    Analysis on the Relationship Between the Maximum Size , Structural Course Thickness and the Mixture Performance of Bituminous Mixture

  24. 在此基础上实现了对柔性路面结构层的模量和厚度参数的同时反算。

    Then , with these results , the modulus and thickness of flexible pavement structure are back calculated simultaneously .

  25. 通过对计算结果的分析发现,轴数系数与结构层参数密切相关。

    Through analyzing the results , it is found that the axle-number coefficient is greatly depended on the structure-layer parameters .

  26. 目前关于路面结构层模量对路面结构力学响应影响的研究一般是利用弹性层状理论进行分析。

    At present , influence of layer modulus on structural responses of asphalt pavements is analyzed using general Burmister theory .

  27. 主要分为四层,分别是制度层、结构层、技术层和利益层。

    This pattern is divided into four levels , namely the system layer , structural layer , technology layer and interest layer .

  28. 引入横观各向同性弹性本构关系模型作为正交各向异性接触模型,实现路面结构层间接触状态的数值模拟。

    Horizontal isotropic elasticity constitutive relation model is taken as orthotropic interface model and used to simulate the interface between horizons of pavement .

  29. 利用自己实测的轮胎接地压力分布,分析了重型货车不同轮胎,在不同胎压和不同负荷作用下,沥青路面结构层的力学响应。

    Mechanics response of asphalt pavement under different tire types with different level loads and different tire pressure of heavy vehicles are calculated .

  30. 提出基于参数识别方法的损伤结构层间刚度及剩余强度计算方法;

    The calculation methods about damage story stiffness and the residue story strength of damage structure are presented by the method of parameter identification .