High order finite element method for analysis of tube structure of high building;
用高阶有限单元法分析高层建筑筒体结构
Interaction of superstructure, foundation and piled raft of tube structure;
筒体结构上部结构基础与桩筏共同作用的分析
Abrupt Changes of the Lateral Stiffness and Shear Forces in Tube Structure with Transfer Storey and Experiment on Transfer Bracket;
带转换层筒体结构刚度和内力突变及“搭接柱”转换层的试验研究
Application of lintel with level straight in tube structure system;
设水平直缝的连梁在筒体结构体系中的应用
Form work design of tube structure in power plant and its making technique;
火力发电厂圆形筒体结构模板设计与制作工艺
Continuum analysis of frame-tube structure with top-horizontal outriggers;
顶部带水平伸臂的框架-筒体结构连续化分析
The analytic expression for the sideway curve of top-strengthened frame-tube structures,considering the influence of floor beams and strengthened stories on the sideway of the structure,was derived by using the minimum potential energy principle.
为弥补设置加强层的高层框架-筒体结构简化的结构力学分析模型存在的不足,基于同时考虑普通楼层梁和加强层作用、由最小势能原理推导出顶部加强框架-筒体结构侧移曲线解析表达式。
Through internal force analysis on the intersection of horizontal outriggers and tube wall for frame-tube structure with horizontal outriggers,and discussing the reasons of shear mutation on this position,the primary influencing factors of tube shear mutation are the bending moment from outriggers and the outrigger s sectional height are stated.
对带有水平伸臂构件的框架-筒体结构的水平伸臂与筒体墙肢相交处进行了受力分析,讨论了该处出现剪力突变的原因,说明了影响筒体剪力突变的主要因素是水平伸臂传来的弯矩大小和伸臂的截面高度,提出了减少整体结构内力突变的更有效的方法是尽量加大伸臂截面高度、同时采用较小刚度的设计概念。
Research for the Mechanics Behavior of Frame-core Structure with Strengthened Story
带加强层框架—筒体结构体系力学性能的研究
Tube structure design specification for reinforced concrete tall buildings
钢筋混凝土高层建筑筒体结构设计规程
TWO STEP METHOD COMBINED WITH THE BRANCHED MODAL ANALYSIS FOR TUBE STRUCTURE-PILE-SOIL INTERACTION SYSTEM
筒体结构－桩－土相互作用的分枝模态－二步分析法
Finite Strip Analysis of Dynamic Properties of Tall Building Framed Tube and Tube-in-Tube Structures
高层建筑筒体结构动力特性的有限条法分析
AN OPTIMAL ANALYSIS OF STIFFNESS OF HIGH RISE TUBULAR STRUCTURE IN CONSIDERATION OF SECOND ORDER EFFECT
考虑二阶效应时高层筒体结构的刚度优化分析
Shear Lag Effect Research and Simplified Analysis of the Tube Structures;
筒体结构剪力滞后效应研究及其简化分析
Elastic Stability Analysis of the Top-outrigger-braced Frame-Tube Structures;
顶部带伸臂的框架—筒体结构的弹性稳定分析
QR-Methord for Seismic Response Analysis of Tall Tubular Structure;
高层建筑筒体结构地震响应的QR法分析
The Analysis on Seismic Response of Framed-tube Structure with Belted-outrigger;
带水平加强层的框架—筒体结构地震响应分析
Study of Shaking Table Tests on the Model of Superhigh Tube Structures;
超高层筒体结构模型地震模拟振动台试验研究
Temperature Effect Analysis of the Steel Frame-reinforced Concrete Core-wall Structure;
钢框架—钢筋混凝土筒体结构温度效应研究
Experimental study on seismic performance of tube structure of Concrete Filled Steel Tube(CFST)
钢管混凝土组合筒体结构抗震性能试验研究
shingled construction of tank
套筒式油罐罐体结构
It can be used for overall stability analysis of tall framed-tube and tube-in-tube structure.
可用于框筒和筒中筒结构的整体稳定计算。
CALCULATION OF MONOLITHIC STABILITY OF FRAM ED TUBE STRUCTURE IN SUPERHIGH BUILDINHS
高层框筒及筒中筒结构的整体稳定计算
The probe and practice for the sliding form technology of the linking silo structure;
连体筒仓结构滑模技术的探讨与实践
STRUCTURAL DESIGN OF AN ELEVATED CONSTANT-PRESSURE TANK SUPPORTED BY A THIN-WALLED STEEL CYLINDER
薄壁筒体承重钢结构高位稳压水箱结构设计
Analysis of Second-Order Effect on Framed Tube and Tube-In-Tube Structures in Highrise Buildings
高层框筒、筒中筒结构的二阶效应分析