采用锚喷混凝土技术加固洛河大桥。
Luo River Bridge Reinforcement by Anchor Jetting Concrete Tech.
最后结合工程实例，分析了再生混凝土技术的应用情况。
At last, combining with the project example, application of recycled concrete technology is analyzed.
随着碾压混凝土技术的普及应用，温度应力问题急需解决。
Along with prevalent application of roller compacted concrete technique, the problem of thermal stress is urgently solved.
预应力混凝土技术已经在我国土木工程领域得到了广泛的运用。
The technique of prestressed concrete is already to get in our civil engineeringrealm more and more extensive application.
预应力混凝土技术在我国工程建设中的推广应用，已有四十年的历史。
In our country, the technique of prestressing concrete has been applied in engineering projects for 40 years.
针对清水混凝土技术的特点，提出了无装修高架车站的设计关键技术。
A new technique with fair-faced concrete is adopted in the construction of the non-finished elevated station, the applicability of which is described hereby.
我国近半个世纪以来。预应力混凝土技术在公路桥梁建设中已广泛应用。
Based on the extensive application of prestressed concrete technique in highway bridge during half a century in China.
通过工程实例，介绍无粘结预应力混凝土技术在大直径圆柱壳中的应用。
This paper presents the application of unbonded prestressed concrete technique to cylindrical shell with big diameter through an engineering case.
本文着重介绍采用以破碎卵石为粗骨料配制大流动性泵送c 60混凝土技术应用。
The paper mainly introduced the application technology of the pumping high strength concrete (C60) which takes crushed gravel as coarse aggregate with big fluidity.
从技术的角度来讲，废弃混凝土资源化产品即再生骨料和再生混凝土技术已基本成熟。
From the technique point of view, there are no difficulties to recycle waste concrete as recycled aggregates and recycled aggregate concrete.
随着桥梁设计、施工技术和预应力混凝土技术的飞速发展，悬臂施工的工艺越来越成熟。
With the rapid development of the bridge design, technology and prestressed concrete technology, the cantilever construction process is more and more mature.
它是将流态混凝土、早强高强混凝土、膨胀混凝土和外加剂等多种混凝土技术综合运用。
It is also a technology use of many concrete including natural flow concrete, early-strength and high-strength concrete, expansion concrete, admixture concrete and so on.
再生混凝土技术的经济、环境等效益符合国家提出节能减排的政策，具有良好的工程应用前景。
The technology of recycled concrete accords with the policy of energy saving and emission reduction in Chino, which has better environmental and economic benefit, as well as wide development prospect.
建筑的主体采用预制混凝土技术，仅仅用了一个很复杂的建筑模板就把一切不可能变成了可能。
The building body is made of pre-cast concrete and only a highly intricate constructed formwork made the realization of the difficult form possible.
预制混凝土技术是工业化的建筑生产方式，预制混凝土结构是现代建筑最重要的结构形式之一。
Precast concrete technology is one kind of industrialized construction methods, and precast concrete structures are one of the most important modern building structures.
在现代混凝土技术中，经过一定质量控制的矿物掺合料已成为高性能混凝土不可或缺的组分之一。
In modern concrete technology, the mineral admixtures controlled by some indexes has become a prerequisite compose of high performance concrete.
采用2～5%CH剂配制的超耐久性混凝土-“500年混凝土”是混凝土技术的一项重大突破。
The super-durable concrete, "500 year concrete" which applies 2-5% CH agent is an important breakthrough in concrete technology.
摘要：作者根据多年的工作经验，讲述了在公路桥梁施工中混凝土技术的应用理由，并提出了一些倡议。
Abstract: : based on years of work experience, the author describes the concrete application in highway bridge construction problems, and puts forward some Suggestions.
结合某岛礁防波堤护底施工实例，介绍了模袋混凝土技术的施工方法与注意事项，为类似的工程提供参考和借鉴。
This paper takes the works of breakwater apron as an example to introduce the construction technique of bagged concrete and relate the important matters, which will help us with relevant works.
使用现代混凝土技术工艺，通过科学选择混凝土组成材料与设计配合比，获得耐久性好、强度高的高性能混凝土。
Using modern concrete technology process and the composition of materials by scientific selection and design of concrete mix to obtain good durability, high strength, and high-performance concrete.
超高性能混凝土活性粉末混凝土(RPC)的出现是混凝土技术的一大进步，但由于理论研究的缺乏使其未能广泛地应用。
Reactive powder concrete (RPC), an ultra-high performance concrete, is a great progress of concrete technology, but it is put into practice widely without enough theories.
因此，国内从南京长江二桥开始，在大跨径钢箱梁桥面铺装工程中引进并开展环氧沥青混凝土技术的研究与推广应用工作。
Therefore, the research on epoxy asphalt concrete for long-span steel deck pavement was introduced into china by the steel deck pavement of 2nd Nanjing Yangtse River Bridge.
近年来，高性能混凝土技术广泛地应用于工程建设的各个领域，因此，如何掌握其最关键的施工工艺问题就显得尤为重要。
In recent years, high performance concrete is widely used in various fields of project construction. Therefore, it is particularly important how to get hold of the key construction technology.
研究表明，高性能混凝土虽然其本身的力学性能和耐久性满足跨 海大桥混凝土技术要求，但其开裂的风险随之大幅度增加。
The results of research indicate that although the mechanical properties and durability of HPC satisfy the technology demand of sea-crossing bridge concrete, its cracking risk increases greatly.
施工中可采用MPFC防治法，即对复合式地铁车站可从材料技术、预应力技术、纤维混凝土技术及施工保障系统出发进行全面防治。
MPFC method may be adopted for prevention in the construction, namely, to make full prevention for the station from respects of material, prestress, fiber concrete and construction guarantee system.
目前，随着混凝土技术的不断进步，使得其在建筑工程领域的应用越来越广泛，因此，混凝土结构的裂缝控制也成为了人们关注的焦点。
At present, along with the development of concrete technology, the construction area is more and more extensive, therefore, the cracks of concrete structure control has become the focus of attention.
如果您想提高您的混凝土板在天井，车道，人行道的游泳池和你的房子，有很多技术可用。
If you want to improve your concrete slab around the patios, driveways, pools and walkways of your house, there are numerous techniques available.
本文针对混凝土路面的技术要求。
应用这种技术，可有效避免除冰盐对混凝土和环境带来的负面影响。
The application of this technology can avoid the negative effects on concrete and environment caused by using deicing salt.
在第一种方法中的钢骨架与混凝土板采用的技术方案，似乎没有可行的。
The technical solution adopted in a first approach –steel skeleton with concrete slabs- did not seem viable.
应用推荐