1)high strength concrete高强砼
1.In this paper, various factors eftcecing the mechanical properties of steel fiber reinforced high strength concrete(referred to as SFRHSC)are analysed comprehensively.综合分析了影响钢纤维高强砼力学性能的各种因素。
2.Therefore, high strength concrete is being used more and more commonly now.随着水泥质量的提高和外加剂的应用,砼的强度有了很大提高,因此,目前高强砼的应用越来越普遍,然而高强砼的设计和施工规范还不够明确,为保证工程质量,文中针对高强砼的特性,对其施工措施做了一些探讨。
英文短句/例句
1.Experimental Study of Steel Reinforced Concrete Beam-Steel Reinforced Super-high-strength Concrete Column Joints;型钢砼梁—型钢超高强砼柱节点试验研究
2.The Application of High Strength Concrete in the Design of High Architecture Projects高强砼在高层建筑工程中的设计与应用
3.The softened stress-strain relationship of steel fiber high strength concrete( SFHSC) is presented in this paper.本文提出了钢纤维高强砼软化应力-应变关系。
4.Ring Type Stirrups Welded High-strength Concrete Columns Experimental Study of Large Eccentric焊接环式箍筋高强砼大偏心受压柱试验研究
5.The simple calculation procedure about cross-sectionbearing power of reinforcement steel-fibre beam high-strength concrete;钢筋钢纤维高强砼梁正截面承载力的简化计算方法
6.The analysis of low-rise SFHSC shear walls throughout loading history has been carried out by use of the theory of softened truss.应用软化桁架理论,对钢纤维高强砼低剪力墙的受力全过程进行了分析。
7.Application of Statically Pressed Precast High-strength Concrete Piles to Strengthening Foundation静压预应力高强度砼管桩在地基补强中的应用
8.Study on seismic properties of high strength CFT columns based on neural network基于神经网络的高强钢管砼柱抗震性能研究
9.On the Cost Control in High Strength PHC Pile Foundation Design;高强度预应力砼管桩设计造价控制浅析
10.High-intensity Shrinkage Compensation Cast-in-place Concrete in the Bridge Deck Joints Wetlands Pilot Study;高强补偿收缩砼在桥面现浇湿接缝中的试验研究
11.The Construction Technology and Engineering Application of Girderless Hollow Floor Slab with High-Strength and Thin-Wall "GBF" Tube in;现浇砼空心（GBF高强薄壁管）无梁楼盖施工技术及应用
12.Experimental as Well as Digital Modeling Research on RC Columns Wrapped with Steel Wire Meshwork and Reinforced by High Strength Mortar Spray;钢丝网外喷高强砂浆加固砼柱的试验研究及数值仿真分析
13.Investigation Flexural Capacity on the Experiment of Bonding Steel Mash and Then Spraying the High-Strength Mortar at Reinforced Concrete Beam;钢丝网外喷高强砂浆加固钢筋砼梁正截面承载力试验研究
14.COMPARISON BETWEEN HEAT-RESISTANCE CONCRETE AND REGULAR CONCRETE IN HEAT-RESISTANCE STRUCTURE耐高温结构中采用耐热砼和普通砼的比较
15.Applied research on high dense fluid concrete in C40 prestress hollow bridge slab;高流态自密实砼在C40预应力砼空心桥板中的应用研究
16.Analysis and Precontrol of Reinforced Concrete Beam in its Effective Height Random Quality;钢筋砼梁有效高度随机性分析与预控
17.Application on BFRP in the box concrete beam reinforcement in high and cold regionBFRP在高寒地区砼梁加固中的应用
18.Controlled Blasting Demolition of 38 m High Reverse Cone-shape RC Water-tower38m高倒锥形钢筋砼水塔控爆拆除
相关短句/例句
high-strength concrete高强砼
1.The simple calculation procedure about cross-sectionbearing power of reinforcement steel-fibre beam high-strength concrete;钢筋钢纤维高强砼梁正截面承载力的简化计算方法
2.This article deals with the high-shrength criterion to suitable to the load characterizations of high-strength concrete drill shaftwall and provides reliable basis for calculating in theory the loading capacity of the concrete structures.本文试验研究了适应高强砼钻井井壁受力特点的砼强度准则，为理论计算该砼结构的承载能力提供了可靠依据。
3.According to construction practice, the application of high-strength concrete to bridge construction is introduced in detail; the in fluence of technology process to mixing high-strength concrete is mainly discussed.通过工程实践对高强砼在桥梁施工中的应用作了较详尽的叙述,重点论述了工艺过程对配制高强砼的影响。
3)high strength concrete高强度砼
1.This text in brief introduces the concept of the hi gh strength concrete,the main influencing factor of the strength of high stren gth concrete,quality request towards raw material of high strength concrete. 简要介绍了高强度砼的概念,影响高强度砼强度的主要因素,对高强度砼原材料的质量要求,并结合施工实例和设计、施工规范,阐述高强度砼施工技术与质量控制的程序和方法,为高强度砼的施工提供实例参考。
4)super strength concrete超高强砼
5)Fine coal dust高强泵送砼
6)High-strength High Performance高强高性能砼
延伸阅读
砼分子式：CAS号：性质：简称砼(音同，tóng)。由胶结材(无机的、有机的或无机有机复合的)、颗粒状集料以及必要时加入化学外加剂和矿物掺合料组成合理组分的混合料经硬化后形成具有堆聚结构的复合材料的总称。混凝土按胶凝材料分类，有无机胶结材混凝土(如水泥混凝土、硅酸盐混凝土、石膏混凝土、水玻璃/氟硅酸/混凝土等)、有机胶结材混凝土(如聚合物混凝土、沥青混凝土等)、无机有机复合胶结材混凝土(如聚合物水泥混凝土、聚合物浸渍混凝土等)；按容重分类有特重、重、轻、特轻混凝土等；按结构分有普通混凝土、细粒混凝土、大孔混凝土、多孔混凝土等；按用途分主要有结构用混凝土、隔热混凝土、装饰混凝土、耐酸混凝土、耐碱混凝土、耐火混凝土、道路混凝土、大坝混凝土、补偿收缩混凝土、海洋混凝土、防护混凝土等。
