拱结构

  • 网络arch structure
拱结构拱结构
  1. 低预应力装配式方钢管拱结构受力性能分析

    Performance Analysis of Lower-Prestressed Fabricated Latticed Arch of Square Steel Tubes

  2. 拱结构的弹塑性二次分岔屈曲性能

    Secondary bifurcation buckling behavior of elastic - plastic arch

  3. 提出了利用CR法来研究索拱结构的面内稳定问题的方法。

    Co-rotational formulation is proposed and used to solve the in-plane stability of cable-arch structure .

  4. 应用样条有限点法,以三次B样条函数为位移试函数,导出了拱结构非线性内力分析的新方法。

    With the cubic B spline functions treated as displacement functions , a new method is introduced into . The result is compared with one of the finite element method .

  5. 用ANSYS分析软件,运用非线性分析方法对常态混凝土拱结构的材料,形状,尺寸进行优化设计。

    The material , shape , size of concrete arch structure were optimized by using the software ANSYS and the theory of nonlinear finite element .

  6. 结果表明,在拱结构模态试验中,ED法具有一定的合理性,但其随机性较大。

    It is found that the ED method has certain rationality in the arch modal experiment , but its randomness is bigger .

  7. 结果表明,斜向放置的拱结构在地震作用下水平X向和竖向均会产生较大位移,这与静力分析结果是一致的,所以在抗震设计时宜对两个方向都进行变形验算。

    The results show that the inclined arch has great displacement both in X direction and vertical direction . The checking calculation of deformation in these directions should be carried out in anti-seismic design .

  8. 地面交通中心(GTC)是其重要组成部分之一,屋盖采用大跨箱形变截面圆弧钢拱结构。

    The roof of GTC adopts long-span steel arches with variable box sections .

  9. 研究了圆弧拱结构的模态试验结果及利用MSC/Patran(Nastran)有限元分析计算模态的结果。

    It presents the result of modal test and finite element analysis by MSC / Patran ( Nastran ) for a are structure .

  10. 拉萨河特大桥为五跨三连拱结构,主跨108m,为单线Ⅰ级铁路桥梁。

    Lhasa River Bridge , with a main span 108 m , is a 5-span , 3-arch structure and is also a Grade I single-track railway bridge .

  11. 首先回顾拱结构的应用发展过程以及理论研究背景,然后简单介绍了首都机场扩建工程的基本情况、GTC屋盖结构的形成与结构方案,以及实际工程中所考虑的荷载取值。

    The practical application and theoretical research of arch structures are first reviewed , followed by a brief introduction on the capital airport project , the formation and the structural layout of the GTC roof , and the load cases considered in the project .

  12. 索拱结构体型及稳定性研究

    Study of the Type and Stability of Cable - Arch Structure

  13. 利用梁柱大变形理论对充气拱结构进行简化计算

    Calculating pneumatic structures by large deformation theory of girders and poles

  14. 钢筋混凝土拱结构的损伤分析与非线性行为研究

    Damage Analysis and Non-linear Behavior of a Reinforced Concrete Arch Structure

  15. 几何缺陷对拱结构动力稳定性的影响

    The effects of geometrical imperfections on dynamic stability of arch structures

  16. 对拱结构的极值点屈曲及分支点屈曲进行了详细阐述。

    Snap-through buckling and bifurcation buckling of elastic arches are introduced .

  17. 预应力柔性拱结构弹性整体稳定性试验研究

    Experimental analysis of the elastic stability on prestressed flexible arch structures

  18. 地下连拱结构形状优化的分层演化法

    Study on Layer Evolutionary Method in Underground Multiple Arch Structure Optimization

  19. 一种新型预应力索-拱结构的弹性稳定性能研究

    Elastic stability behavior of a new type of pre-stress cable-arch structure

  20. 索受外激励作用下索拱结构非线性动力学分析

    Nonlinear dynamics of cable-stayed arch under cables subjected to external excitation

  21. 砖砌双拱结构库房的爆破拆除

    Blasting dismantlement of a store with double - arch brickwork structure

  22. 圆弧拱结构屈曲破坏位置的分析

    Analysis on Position of Destruction by Flection in Round Arched Structure

  23. 稳定性计算是拱结构设计中一个关键课题。

    Stability calculation is the key problem of the arch structure design .

  24. 考虑双重非线性的索-拱结构力学性能

    Mechanical behavior of cable-arch structure with geometric and material nonlinear

  25. 索在索-拱结构中的作用

    Effect of Cables on Stability Analysis of Cable arch Structure

  26. 劲性索、桁架拱结构固有振动的相似性

    Similarities in natural vibration of stiff cable structures and truss arch structures

  27. 太阳大气中双拱结构的平衡与非平衡

    Equilibrium and nonequilibrium of two-arch structures in the solar atmosphere

  28. 水泥土组合拱结构设计与施工

    Design and Construction of a Cement Soil Compound Arch Structure

  29. 连拱式组合拱结构基坑支护技术在工程中的应用与实践

    Application and Practice of Multiple-arch and Built-up Arch Structures for Foundation Pit

  30. 预应力索拱结构施工技术与试验研究

    Construction technology and experimental study on prestressed cable arch structures