钢筋砼结构,Reinforced concrete structure
1)Reinforced concrete structure钢筋砼结构
1.The performance and deterioration of reinforced concrete structures under fires are presented in the paper.现就钢筋砼结构抗火性能 方面研究进行综合述评,并在此基础上指出需进一步研究的几个问题。
2.On the basis of investigation and statistics on the present status of aging diseases of culvert gate projects on the Yellow River in Sandong, the article analyzes and probes into the evaluating method and producing mechanism of aging diseases of reinforced concrete structures.在对山东黄河涵闸工程老化病害现状调查统计的基础上 ,对其中钢筋砼结构老化病害问题的产生机理和评估方法进行了分析与探讨。
3.Due to the fire effects, the material properties of steel and concrete in reinforced concrete structures deteriorate significantly, such as strength and elastic modulus, which results in the decrease of load bearing capacity of members, and then the reliability of whole structure fails to meet the criterion of current designing code.钢筋砼结构物由于火灾影响，导致钢筋和砼材料强度和弹性模量等力学性能的衰减，以及钢筋与砼粘结强度的退化，结构构件截面承载力相应降低，在正常使用荷载作用下，结构的综合抗力水平低于总体荷载效应，各构件控制截面的抗力储备水平低下，结构整体安全度水平不能满足规范要求。
英文短句/例句
1.Research for Relation between Surface Crack and Reinforcement Corrosion in Reinforced Concrete Structure;钢筋砼结构表面裂缝与钢筋锈蚀关系的探讨
2.An Analysis of Structural Calculation of Overall Stability and Overturning of High Reinforced Concrete Structure高层钢筋砼结构整体稳定与倾覆的结构计算
3.The Teaching Study on the Course of Reinforced Concrete Structure for Non-civil Engineering Profession;非土木工程专业钢筋砼结构课程教学探讨
4.Research of Debris Throwing and Dispersion after Blasting of Reinforced Concrete Structure钢筋砼结构爆炸后碎块抛射和散布的研究
5.Discussion on the Application of Technology of Rehlforced Concrete Structure Strengthened by Carbon Fiber Sheet;浅论碳纤维片材加固钢筋砼结构技术在工程中的应用
6.Discussion on the Appraisal for Bending Carrying Capacity of Beam in Existing cast in suit RC Buildings既有现浇钢筋砼结构中梁抗弯承载能力鉴定的探讨
7.On Corrosion and Protection of Reinforced Concrete Structure of Plant Building and Ancillaries for Co-Production of Salt and Sodium Sulfate浅谈盐硝厂房及附属设施的钢筋砼结构腐蚀与防护
8.Application of Diamond Wire Saw Cutting Technology in the Dismantlement of Reinforced Concrete Structure金刚石绳锯切割技术在钢筋砼结构拆除中的应用
9.Improvement of steel workform construction for reinforced concrete wall改进钢筋砼剪力墙结构大模板施工工艺的设想
10.Analysis on Mechanical Behavior of Reinforced Concrete Beams with Prestressed CFRP;预应力CFRP加固钢筋砼梁复合结构力学行为分析
11.State space theoretical mode of concrete structure strengthened with CFRP sheets碳纤维加固钢筋砼梁复合结构的状态空间解析
12.Rsearch of seismic performance of composite structure of brick walls and reinforced concrete walls砖墙-钢筋砼剪力墙组合结构的抗震性能分析
13.Reinforces Structure and Monsary Structure钢砼结构与砌体结构
14.A Few Issues to be Noticed when Designing RC Frames by PKPM Structuring Software应用PKPM结构设计软件进行钢筋砼框架结构设计应注意的几个问题
15.Study on Compound Structure of Reinforcing Concrete Lattice Frame and Anchor in Landslide Protecting;滑坡治理中现浇钢筋砼格构梁与预应力锚索复合结构研究
16.Study on the Rational Arrangement and the Configuration Selection of Reinforced Concrete Arch Bridge with Long Span in the Mountainous District;山区大跨径钢筋砼箱型拱桥的合理布置和结构选型研究
17.Experimental Study and Limit Analysis on Reinforced Concrete Frames with Eccentric Brace;带偏心支撑的钢筋砼框架结构的试验研究与极限分析
18.Experiment on Prototype Structure and Theoretical Analysis for Large Tine-wall Reinforced Concrete Sluice;大型薄壁钢筋砼流槽原型结构试验与理论分析研究
相关短句/例句
steel-reinforced concrete structure钢-钢筋砼结构
1.An introduction ofsteel-reinforced concrete structure building anti-seimic effect;钢-钢筋砼结构建筑物抗震概说
3)existing R.C.structure已有钢筋砼结构
1.In this article,The structure appraisal method of damaged existing R.本文对受损的已有钢筋砼结构加固前鉴定各环节如检测方案制定、结构验算分析等进行讨论,指出了现行验算分析中存在的问题,并对鉴定方法的发展进行展望。
4)Towering reinforced concrete structure高耸钢筋砼结构
5)reinfored concrete structure of hydro project水工钢筋砼结构
6)reinforced concrete thin shell structure钢筋砼薄壳结构
延伸阅读
厂房钢筋混凝土结构安装厂房钢筋混凝土结构安装installation of reinforced concrete structure for workshop buildinge卜ongfong gongjin hunn一ngtu Jiegou onzhuang厂房钢筋混凝土结构安装(installation ofreinforeed eonerete strueture for workshoPbullding)进入现场的厂房结构钢筋混凝土构件，经弹线并做好各种必要的标志后，选择合理吊点绑扎、吊装，经调正定位，固定到设计位置上的作业。根据现场条件和构件几何尺寸、重量的实际情况，构件可以在安装现场预制，亦可在工厂预制.钢筋混凝土构件有预应力构件和非预应力构件两种。施工准备根据开口施工或闭口施工方案以及安装顺序和吊装工艺，安排构件预制的地点;重型柱、大吊车梁及大跨度屋架的预制位置应尽可能靠近安装地点，放在起重机的工作半径内，并选好合适的摆放方向。叠浇的水平预制件还要有正确的起模翻身和扶直措施。重型构件的预制场地若为回填土层时，应将其夯实，以防止地基下沉而损坏构件。构件吊装时，必须按设计规定的吊点或经过吊装应力核算确定的吊点进行绑扎，并用胶皮、厚纸等对构件表面进行保护，必要时应设置专用吊装梁或吊具。安装方法钢筋混凝土结构的安装作业方式与钢结构的基本相同，可分单件流水作业和综合安装作业两种。其安装顺序分为吊装、找正固定和连接。吊装较大面积的单层工业厂房或多跨厂房可用多台吊机分片、分段同时进行吊装，或用不同性能吊机进行协同吊装，如用履带式起重机吊装柱子和吊车梁，用塔式起重机吊装屋面结构。对于多跨厂房可选用回转半径较大的塔式起重机吊装2~3跨的构件。进行多跨厂房吊装时，要根据各跨特点，以其中一主跨为基准，先行安装，邻跨吊装则滞后2一3线，以合理分配公差。多层厂房吊装宜选用起重高度较大的塔式起重机。找正固定首先应进行柱子和柱间支撑的固定。屋面结构的第一个跨间要先行找正和固定，以作为整个屋面结构安装的基础。吊车梁的调整固定一般在屋架固定后进行。多跨厂房应以主跨为基准进行调整固定，然后再固定其余各跨。多层厂房应先从下部构件开始固定，合格后再逐层调整固定上部各层结构。多层厂房的多节柱安装质量对整个厂房的安装质量有很大影响，安装时要注意各节柱的垂直度和平面位置的正确性，要控制好偏差，避免误差单向积累。在柱节点符合要求后再固定与之相连的梁与柱牛腿节点。多节柱找正时还要考虑阳光照射、温差对柱子垂直度的影响，柱子找正时要保持其自身的垂直度，不能以外力强拉。
