构件支撑

  • 网络Component support;element support
构件支撑构件支撑
  1. 运用复合刚度方法对Z型构件支撑屋面系统的侧向约束力分析

    Lateral Restraint Forces in Z-Section Roof Systems Using the Component Stiffness Method

  2. 基于移动Agent的构件运行支撑研究与实现

    Design and Implementation of Runtime Support for Mobile-Agent-Based Component Software

  3. 结合CAPP系统应用实践,论文最后设计并开发了CAPP领域构件复用支撑原型系统并基于该原型支撑进行CAPP领域构件装配和基于构件装配的CAPP应用系统实践。

    In order to validate the idea of multi-level component reuse in CAPP domain , we developed a prototype system and with the support of the prototype , we introduce the practice of developing CAPP application systems from using component assemble and established several CAPP application systems .

  4. 不同运行平台往往提供不同的构件运行支撑机制。

    Different platforms may provide different component execution mechanisms .

  5. PKUAS:一种面向领域的构件运行支撑平台

    PKUAS : A Domain-Oriented Component Operating Platform

  6. 基于中间件的构件运行支撑平台是实现基于构件的软件复用的关键。

    The critical challenge to component-based software reuse is the component operating platform based on middleware .

  7. 本文研究的课题为厂房柱压弯构件侧向支撑杆的分析,其中,侧向支撑杆指的是侧向水平中心支撑杆。

    This paper is concerned with the analysis of lateral braces for workshop columns press-bend member .

  8. 梁或柱为其连接的其他构件提供支撑,同时,与梁或柱相连接的构件也为梁或柱提供约束作用。这些约束作用极大地影响着梁或柱的平面内稳定和平面外稳定。

    A beam or a column often supports other members which participate in the buckling action , and significantly influence its in-plane stability and out-of-plane stability .

  9. 颗粒碰撞压力的大小和频率会严重影响气固流化床中内部构件及其支撑部件等的磨蚀情况和使用寿命,是设计流化床中内部构件及其支撑部件的关键因素之一。

    The particle colliding pressure could influence the erosion and lifetime of the interior ( components )( such as heat tubes , baffles ) and their support components of gas-solid fluidized bed ( seriously ), it was one of the key factors for the design of gas-solid fluidized bed .

  10. (指构件)不能支撑除自己之外的垂直重压。

    ( of a structural member ) supporting no vertical weight other than its own .

  11. 施工期钢筋混凝土结构是由材料性能不断变化的混凝土构件以及临时支撑组成的时变结构。

    Reinforced concrete structures during construction consist of concrete elements with changing material properties and the temporary supporting system .

  12. 分析结果表明,蒙皮对构件的侧向支撑及扭转约束作用可以大大改善构件的静力性能并提高构件的承载力。

    The research results indicate that the diaphragm bracing and rotation restraint can improve the behavior of steel members obviously and increase their load carrying capacity .

  13. 早拆模板体系施工技术就是将跨度较大的现浇钢筋混凝土梁板等水平构件通过竖向支撑变为短跨受力结构,从而达到减少拆模时间,提高模板的循环利用率的作用。

    Construction technology is an early template system will span long level components such as cast-in-place reinforced concrete beams through into vertical support short inter-force structure , thereby reduce the dismantling template time , and improved utilization of the role of the cycle template .

  14. 为避免钢支撑受压失稳和改善其耗能性能,可以在支撑上安装约束构件做成防屈曲支撑(buckling-restrainedbrace,简称BRB)。

    In order to avoid buckling of the conventional steel braces and improve their energy dissipation capacity , the steel brace can be equipped with a lateral restraining part , which is a so-called buckling-restrained brace ( BRB ) .

  15. 基于构件的电信运营支撑系统的开发

    Component-based Software Development on Telecom Business and Operation Support System

  16. 钢压弯构件侧向水平偏心支撑的刚度条件

    Bracing stiffness requirements of steel beam-columns braced laterally and eccentrically

  17. 复合材料构件自动铺带支撑软件实现方法的探讨

    Research on Automated Tape-Laying Support Software for Composites Components

  18. 一种基于构件库的构件重用支撑系统CRSS

    A Kind of Component Reuse Support System Based on Component Base

  19. 论文关于构件模型、任务合同及系统模型的概念,结合构件完备性、服务可满足性和系统一致性的检验方法,可以直接被用于设计构件支撑环境的仿真算法。

    The concepts of component model , task contract and system model , in combination with the verification approaches of component completeness , services satisfiability and system consistency , can be directly used to guide the design of simulation algorithms for in a components supporting environment .