钢管砼,concrete filled steel tube
1)concrete filled steel tube钢管砼
1.The lateral pressure effect coefficient and the confinable effect coefficient of theconcrete filled steel tube are analyzed theoretically.对钢管砼侧压效应系数及约束效应系数进行了理论分析 ,建立了二者的关系 并提出了能有效限制核心砼横向变形的约束效应系数的范
2.Considering geometric nonlinearation of the bridge during construction,structural behavior of theconcrete filled steel tube stiff skeleton of Jinhe bridge over Yalong River in Yanyuan with a span of 170m is analyzed,with the aid of the mixed structure model with the shell,truss and beam member using finite element method.以盐源金河雅砻江大桥 170m跨径的钢管砼劲性骨架在施工过程中的结构计算为研究对象 ,考虑几何非线性 ,采用平壳 -桁 -梁组合结构的空间有限元分析模型 ,探讨了拱肋砼浇筑过程对结构内力、变形及稳定性的影
英文短句/例句
1.Study on Behaviors of Square Concrete filled Steel Tubular Beams and Columns and Square Concrete with Reinforce Filled Steel Tubular Beams and Columns;素方钢管砼与配筋方钢管砼梁柱力学性能研究
2.Static and Dynamical Characteristics and TMD Damping Research of the Concrete Filled Steel Tubular Arch Bridge;钢管砼桥的静动力分析与TMD减震研究
3.Discussion on the CFST Arch Main Bridge Construction of North Beicheng River Bridge浅谈北澄子河大桥钢管砼拱主桥施工
4.Theoretic Analysis of Arch Rib Steel Tube Heat-Bending Treatment in Arch-Bridge of CFST;钢管砼拱桥拱肋钢管煨弯工艺理论分析
5.Preliminary research on the characteristics of CFT-steel box composite beam一种钢管砼-钢箱组合梁力学特性的研究
6.Lasting Antiseptic Technology of Thermal Spraying Coating for Steel Arch Rib of Steel-pipe Concrete Arch Bridge钢管砼拱桥钢拱肋热喷涂长效防腐技术
7.Width-thickness ratio of steel plates in concrete-filled rectangular thin-walled steel tube columns subjected to axis force with initial bending考虑初始弯曲矩形薄壁钢管砼柱管壁屈曲分析
8.Effect of Initial Stress and Creep on Bearing Capacity of Four-tube Concrete Filled Steel Tube Arch Bridge;钢管初应力及管内砼徐变对四肢格构型钢管砼拱桥承载力影响研究
9.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
10.Calculation of stayed buckle cable forces for concrete filled steel tubular arch bridge with long span in process of lifting大跨度钢管砼拱桥拱肋吊装中的扣索索力计算
11.Seismic Analysis and ATMD Control for Concrete Filled Steel Tubular Arch Bridge;钢管砼拱桥的地震响应分析及ATMD减震控制
12.The Under-loading Analysis and Controlling during the Construction for the CFST;钢管砼拱桥在施工中的受力分析及施工监控
13.Study on Arch Rib Hoisting Method of Large-span CFST Arch Bridge;大跨径钢管砼拱桥拱肋吊装施工技术的研究
14.Study of Whole Capability about Rubber Brace Seismic Isolation Steel Tube-Confined Concrete Frame System;橡胶支撑隔震钢管砼框架体系的整体性能研究
15.The Research on Whole Capability of Concrete Filled Steel Tube Frame Structure with Fabricated Floor;装配式楼盖钢管砼框架体系的整体性能研究
16.Finite-Element Analysis for Nonlinear Stabilities of Concrete-Filled Steel Tubular Arch Bridges;钢管砼拱桥非线性稳定性的有限元分析
17.Mechanics Behavior Analysis and Application of CFST Frame Columns after Fire;火灾后钢管砼框架柱的受力性能分析及应用
18.The finite element analysis on stability of steel pipe |concrete arch by the degenerated 3-D laminated curved beam elements;钢管砼拱稳定分析的三维退化层合曲梁单元
相关短句/例句
CFST钢管砼
1.Limit Bending Moment Analysis ofCFST Member of Circular Section;圆截面钢管砼构件极限弯矩分析
2.Study on Creep Effect of Eccentrically CompressedCFST Members;钢管砼偏心受压构件的徐变分析
3.A inquiry on creep effect reseach ofCFST member;钢管砼结构徐变效应研究的探讨
3)steel pipe concrete钢管砼
1.construction technique of thesteel pipe concrete construction pillar;钢管砼结构柱的施工技术
2.Analysis is made on the structure of the space truss compound girder made fromsteel pipe concrete, and given directly the potential development.介绍了钢管砼空间桁架组合梁式结构型式,通过分析它的受力特点,大胆预测了这种新型结构型式的广阔发展前景。
4)concrete-filled steel tube钢管砼
1.A constitutive relationship of core-concrete which suits to the big diameterconcrete-filled steel tube was set forth through some widely applicable models as well as the methods of experiments and numerical analysis.对现有的钢管砼中核心砼的本构模型进行了数值分析;通过不同直径试件的轴压试验,分析了直径大小对模型的影响,得到了适合于大直径钢管砼的核心砼本构关系。
5)concrete filled steel tubular钢管砼
1.Minxuan Bridge is a three-span arch bridge with main span(90m) of half-throughconcrete filled steel tubular rib arch and two side spans(48m) of reinforced concrete rib arches, not only beautiful but also a solution for the unbalance thrust of dead load.铭选大桥为三跨拱桥，主孔为净跨９０ｍ的钢管砼中承式肋拱，两边跨为静跨４８ｍ钢筋砼上承式肋拱，不但造型美观，而且解决了恒载不平衡推力问题。
6)concrete filled steel tubular column钢管砼柱
1.This article describes the key construction technology and quality control ofconcrete filled steel tubular column of certain high rise building.介绍高层建筑钢管砼柱的关键施工技术和质量控制方法 ,包括钢管柱的制作、组焊、安装、混凝土浇筑、坍落度调整、高位抛落并振捣的方法及钢管砼柱的质量检查方法
2.The fire behaviors of sixconcrete filled steel tubular columns insulated using cement mortar with a thickness of 50mm were tested under ISO834 standard fire.根据 ISO834标准升温条件,开展了六根采用水泥砂浆防火保护层(厚度50mm)的钢管砼柱的耐火性能试验研究。
延伸阅读
宝鸡石油钢管厂大口径薄壁钢管的φ508排辊成形机组宝鸡石油钢管厂大口径薄壁钢管的φ508排辊成形机组宝鸡石油钢管厂大口径薄壁钢管的中508排辊成形机组
