结构加固

  • 网络structure reinforcement
结构加固结构加固
  1. FRP在混凝土结构加固中的应用及其展望

    Application of FRP in Concrete Structure Reinforcement and Its Future

  2. 提出一种新的结构加固方法&碳纤维加固法(CFRP)。

    The new method of structure reinforcement is provided ( CFRP ) .

  3. 钢筋混凝土框架结构加固CAD及弹塑性分析研究

    Study on Strengthening for Reinforced Concrete Frame Structures CAD and Elastic-Plastic Analysis

  4. 汶川地震震害分析及预应力FRP筋嵌入式结构加固研究

    The Analysis of Wenchuan Earthquake Damage and the Research of Prestressed FRP Reinforcement Bars Embedded in Reinforced Concrete

  5. 军用TFT-LCD结构加固问题研究

    Some Isues of Reinforcement of TFT LCD for Military Applications

  6. 嵌入式预应力CFRP布技术能够实现对CFRP布的可靠张拉,使其成功应用于结构加固。

    Embedding tension technology can tension the CFRP to reliable stress and make it successfully applied to structure reinforcement .

  7. FRP加固技术是目前国内外结构加固研究的热点之一。

    The technology of reinforcement with Fiber Reinforced Plastics ( FRP ) is the structural strengthening of domestic and international hot spot .

  8. 纤维增强复合材料(FiberReinforcedpolymer,简称FRP)以其轻质、高强、抗疲劳等优越的力学性能,广泛地应用于工程结构加固领域之中。

    Fiber Reinforced Polymer ( FRP ) has been widely used in the field of strengthening structures due to its advantages such as high strength-to-weight ratio and good fatigue properties .

  9. 利用预应力碳纤维复合材料(CFRP)进行结构加固是结构加固领域研究的热点和难点问题。

    Strengthening structures by prestressed carbon fiber reinforced plastic ( CFRP ) is a hot and difficult problem in structure reinforcement research field .

  10. 本文以北京京东方置业有限公司GLOBALHOUSE商务楼改造工程为例,介绍利用钢筋混凝土板墙对横向砖墙进行结构加固处理的施工技术。

    Taking the example of the renovation construction of GLOBAL HOUSE Business Building of Beijing BOE Real Estate Co. , Ltd. , the authors in this paper introduce the construction technology of structure strengthening of transverse brick wall with reinforced concrete siding wall .

  11. 对预制缺陷模型检测的结果表明,该方法能够迅速准确地对CFRP加固粘接质量作出检测和评价,为混凝土结构加固界面粘接质量无损诊断提供一种新思路。

    Test results show that we are able to evaluate promptly the bond quality between CFRP and concrete . It will offer a new way for NDT of concrete structures .

  12. 纤维增强聚合物(FRP)复合材料由于具有高强、轻质、施工方便等优点在土木工程领域的结构加固中得到广泛的应用。

    Fiber reinforced polymer ( FRP ) composites have been extensively used in strengthening concrete structure in civil engineering because of its advantages of high strength , light quality , good workability and so on .

  13. 结构加固设计与东大迪普(SEU-DEEP)软件系统的研发

    Structural strengthening design and exploitation of SEU-DEEP software system

  14. 通过对混凝土结构加固后受力性能的分析,考虑二次受力问题,对纤维增强材料(FRP)加固混凝土梁进行了全过程分析;

    Based on the studies on the flexural behaviors of reinforced concrete members strengthened with FRP , considering the initial loading level on the flexural strength , the whole process of strengthened concrete beams under loads is done .

  15. 根据《混凝土结构加固规范》(CECS25:90),简述了钢筋混凝土受弯构件加固的基本计算理论,编制了程序设计流程,并应用VB语言实现了软件设计;

    Based on Technical Specification for Strengthening Concrete Structures ( CECS 25:90 ), the basic calculating theory of strengthening RC flexural member with enlarging cross-section was introduced , design process was coded and software development was also realized using Visual Basic 6 ^ 0 software .

  16. 聚乙烯醇纤维砂浆(PVA-ECC)加固法是一种新型的对混凝土结构加固补强新技术。

    Polyvinyl Alcohol-Engineered Cementitious Composite ( PVA-ECC ) technology is a new method to reinforce the concrete structure and masonry structure .

  17. 近年在土木工程领域中兴起的新材料FRP(纤维增强塑料)以其高的强度质量比、施工便捷等优点为砌体结构加固开辟了新的途径,具有广阔的发展前景。

    New materials of FRP ( fiber reinforced polymers ), which becomes popular in civil engineering recently , provides a new approach to the strengthening of masonry structures due to their high strength-to-weight ratio and ease of application , and will be of great promise in the future .

  18. 与传统的金属结构加固方法相比,FRP加固金属结构技术具有许多突出的优点,如不会导致严重的应力集中、不会产生残余应力、施工方便、维护费用低等。

    In contrast to the traditional retrofit method for repairing damaged metallic members , the use of FRP composites emerges as an alternative strengthening method and there are several advantages , such as without stress concentrations , no residual stress , easy to construct and low maintenance cost .

  19. 复杂建筑结构加固及其检测方法研究

    Study on the Method of Strengthening and Testing Complex Building Structures

  20. 基于顶点位移的被动消能结构加固设计

    Retrofitting Design for Passive Energy Dissipation Structure Based on Roof Displacement

  21. 大面积水下混凝土结构加固补强方法研究

    A Technique for Reinforcing and Strengthening of Large-size Underwater Concrete Structure

  22. 用型钢混凝土结构加固混凝土柱技术

    Technology for Reinforcing Concrete Columns by Using Steel Reinforced Concreted Structure

  23. 应用碳纤维布进行砼结构加固的施工工艺

    The construction technique of strengthening concrete structures with carbon fiber sheet

  24. 砖砌体结构加固中砼利用系数的探讨

    The discussion of concrete utilization coefficient in strengthened brick masonry structure

  25. 人防工程主体结构加固受力性能研究

    A Study on Bearing Performance of Reinforced Underground Civil Defense Projects

  26. 桩网抗滑结构加固深厚软土岸坡

    Application of Pile-net Composite Structure to Reinforce Deep Soft Soil Bank

  27. 建筑结构加固改造工程实例分析

    Structural Strengthening and Retrofit Case Study in Structural Engineering Practice

  28. 钢盒加固法及其在结构加固中的应用

    Steel Box Strengthening Method and Its Application in Structural Strengthening

  29. 火灾后钢筋混凝土柱体结构加固及修复

    Consolidation and mending of reinforced concrete structural columns after conflagration

  30. 价值工程在服役结构加固维修决策中的应用

    Application of value engineering in the decision making of existing structure maintenance