To promote the Bridge Strengthening and improving the technology continues to mature.
以推动桥梁加固技术不断的成熟和完善。
The reinforcement of the primary members of Bridges is one of the effective ways of bridge strengthening.
对桥梁主要承重构件进行补强是桥梁加固的有效方式之一。
The results show that this method is rational and effective, it can provide a basis for bridge strengthening practice.
试验与数值对比分析表明该方法合理有效，可作为桥梁加固的设计计算依据。
I hope this bridge strengthening works on the design and construction play a certain role, for future bridge strengthening designed to provide reasonable recommendations.
希望文章对桥梁加固工程的设计、施工起到一定的借鉴作用，能为以后桥梁的加固设计提供合理的建议。
In recent years, the concrete structure strengthening by fiber compound material has become a newly found high technology, which is widely used in bridge strengthening works at home and abroad.
纤维复合材料补强加固混凝土结构是近年来出现的一种新兴的、科技含量较高的补强加固技术，已被应用于国内外的桥梁加固工程中。
This paper has set a foundation for bridge strengthening with CFRP laminates and numerical analysis in future and provides reference for design and examination in bridge strengthening practice.
本文为进一步研究碳纤维布对钢筋混凝土T梁桥加固及数值分析方法研究奠定了理论基础，同时也为桥梁加固实践提供了设计计算与试验依据。
So the development and application of a low-cost and effective strengthening technique of bridge is of far reaching importance.
因此，研究开发造价低，技术效果好的桥梁结构加固技术并投入实用对于推动我国的交通建设具有重要意义。
Therefore, strengthening design and construction of the highway bridge pile foundation is of great practical significance.
因此，加强对公路桥梁桩基设计与施工的研究与总结，具有十分重要的现实意义。
Combined with the strengthening reconstruction project of Songyang River oblique multiple-hole in Hubei, the disease phenomena, reasons and developing process of the kind bridge were analyzed.
结合湖北省松阳河斜交连孔拱桥的加固改造工程，研究分析了该类桥的病害现象、病害原因及发展过程。
The load-carrying capacity assessment is the basic foundation of bridges repairing, strengthening and technical reconstruction. It is also the important part of the bridge management.
桥梁承载能力评估是桥梁维修、加固和技术改造的基本依据，也是桥梁管理的重要组成部分。
The design and construction examples prove that this technology could be applied in the long span bridge, roof structures and strengthening of existing structures.
工程设计与施工实例表明该技术可在大跨桥梁、屋盖及既有结构加固中应用。
This article analyzes the principles and design of the binding steel strengthening method in the superstructure strengthening of bridge.
文章将分析桥梁上部结构贴钢法加固的原理和设计方法。
The test carrying out before and after strengthening shows the method is effective for enhancing integral rigidity and capacity of bridge.
加固前和加固后的荷载试验表明，采用这种加固方案提高了桥的整体刚度和承载力，达到了预期的效果。
By analyzing the bridge disease, the paper introduced the main cause of Dishuiya bridge damage, and proposed its specific principle and construction of strengthening plan.
通过对石阳线滴水崖桥病害的细致分析，找出了导致该桥产生病害的主要原因，确立了加固方案的具体原则和施工内容。
CFRP has many advantages, such as lightness and high strength, etc. It has been widely used in bridge engineering especially in strengthening of Bridges.
碳纤维复合材料(CFRP材料)具有自重轻、强度高等许多优点，在桥梁工程尤其是桥梁加固工程上得到较广泛地应用。
Conclusions Strengthening nursing intervention can improve quality of fluid bridge test for the patients with urodynamic stress incontinence and reduce the level of pain and anxiety.
结论强化护理有助于提高压力性尿失禁患者液桥试验检查质量，并降低了患者疼痛和焦虑程度。
The paper introduced the design and construction technology of strengthening some a box beam bridge by binding prestress system for reference.
介绍了某箱梁桥采用有黏结预应力体系进行加固的设计与施工技术，为采用类似技术进行桥梁加固的设计和施工提供参考。
Carbon fiber is a kind of optimal materials for bridge maintenance and reinforcement. Design method of strengthening steel-concrete composite Bridges using carbon fiber was studied in this paper.
碳纤维复合材料是进行桥梁维修和加固的理想材料，对采用碳纤维复合材料加固钢-混凝土组合梁桥的设计方法进行了分析。
Based on an example of a welding-bolted continuous truss bridge, a method of assessment-strengthening integrity is discussed.
本文以某公路桥为例，探讨了一套完整的适用于钢桁渠桥的评定加固一体化方法。
Bridge's maintenance, reinforcement, strengthening is a complex technical work, including the old bridge evaluation, reinforcement design, reinforcement construction and so on.
桥梁的维修、加固、加强是一项复杂的技术工作，包括旧桥评定、加固设计、加固施工等内容。
The authors expound method decided about actual bearing capacity of bridge. average requests of overload vehicle passing by bridge and review strengthening measurement of bridge.
本文论述了桥梁实际承载能力方法确定及超重车辆过桥的一般要求；同时阐述了桥梁加固措施。
The paper introduces the construction methods and technology of strengthening some bridge, and discusses its problem and treatment.
介绍了对一座危桥进行预应力加固的施工方法和工艺，并介绍了施工中遇到的难题及其处理。
An introduction is given to strengthening of defect beam of a super large bridge. Carbon fibre textile was applied to the bottom face of beam with WN glue to cure the cracks of structure.
结合焦柳线金华寺特大桥在运营过程中出现的结构开裂病害整治实例，介绍采用WN胶在梁体底部粘贴碳纤维布加固修复新工艺。
Aiming at the main damage and its causes of a large-span continuous rigid framework bridge, the strengthening measure of adding the external cable to prestressed concrete box girder was introduced.
针对某大跨度连续刚构桥出现的主要病害及其原因，介绍了采取增设预应力混凝土箱梁体外索的加固措施。
By practical construction conditions, the paper introduced construction technology of repair and strengthening of Feng Lingdu Bridge cracks, also proposed some measures.
根据实际施工情况，对大桥梁体裂缝修补及补强施工技术及施工中采取的措施进行了介绍及总结。
The composites with lighter weight, higher strength, easier construction and lower cost has the better application prospect on quick strengthening bridge beam.
高强复合玻璃纤维材料具有自重轻、强度高、施工方便和造价低等许多优点，在桥梁快速加固工程中具有良好的应用前景。
The composites with lighter weight, higher strength, easier construction and lower cost has the better application prospect on quick strengthening bridge beam.
高强复合玻璃纤维材料具有自重轻、强度高、施工方便和造价低等许多优点，在桥梁快速加固工程中具有良好的应用前景。
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