1) cable-strut portal frame
索支承门式刚架
1.
The cable-strut portal frame is modeled by beam, truss and cable element.
运用由梁单元、杆单元及索单元组成的混合有限元法对索支承门式刚架结构进行参数分析 ,从而明确了撑杆数目、撑杆截面面积、钢索预应力、钢索面积、钢索垂跨比等因素对这种结构力学性能的影响 ,得出了一些有用的结论 ,供工程设计时参
2) portal frame
门式刚架
1.
Discussion of the Properties of semi-rigid nodes in portal frame;
门式刚架中半刚性节点的性能探讨
2.
The review and prospect of cold-formed steel portal frames;
冷弯薄壁型钢门式刚架结构研究现状与展望
3.
Comparison of deforming behavior in nonlinear and linear of portal frame with tapered members;
变截面门式刚架变形性能的非线性和线性分析结果比较
3) portal rigid frame
门式刚架
1.
Discussion of Problems in Portal Rigid Frame Design;
门式刚架轻钢结构技术的完善与发展探析
2.
The problems should be noticed in the design of steel structures of light building with portal rigid frame;
门式刚架轻型房屋钢结构设计中应注意的问题
3.
Elastica gllobal buckling analysis of portal rigid frames with small height-span ratio;
小高跨比单层单跨实腹门式刚架平面内弹性整体稳定分析
4) steel portal frame
门式刚架
1.
Optimization design of steel portal frames based on genetic algorithms;
基于遗传算法的门式刚架优化设计
2.
From the selection of column grid, using tapered member, plastic design and other aspects practical technical measures are presented for optimal design of steel portal frame.
介绍了国内轻钢结构建筑的特点及应用发展,从合理选择柱网尺寸,采用变截面构件或塑性设计等,对门式刚架轻型结构的优化设计提出了技术措施。
3.
Based on the regularity of the foundation movement deformation over the abandoned mine goaf,a numerical model of the steel portal frame is set up.
根据煤矿老采空区地表移动变形规律 ,利用ANSYS软件模拟计算了老采空区“活化”引起的地表变形对门式刚架结构产生的内力影响。
5) gabled frames
门式刚架
1.
Study on calculating of the bracing system of the steel structure of light-weight buildings with gabled frames.;
门式刚架轻钢结构支撑体系计算方法的探讨
2.
Finite-element analysis of end-plate connections in light weight steel structure with gabled frames;
门式刚架轻钢结构端板连接节点承载性能的有限元分析
3.
Steel structure design of one automatic storage with gabled frames
自动化立体库门式刚架钢结构设计
6) gabled frame
门式刚架
1.
Exploration of tension rod applied in steel structure with gabled frames;
用拉杆来改善门式刚架承载性能的探索
2.
Steel structure of light-weight duildings with gabled frames;
门式刚架设计的几个问题
3.
Several problems in design of steel structure of light-weight building with gabled frame;
门式刚架轻型房屋钢结构设计中应注意的几个问题
补充资料:支承式支座
分子式:
CAS号:
性质:立式支座的一种结构型式。尺寸已经标准化。由钢管作支承件的称支承式支脚;由钢板组焊件作支承件的称支承式支座。优点是支座结构简单轻便。缺点是对器壁产生很大的局部应力。所以常在支座和器壁间加一块垫板。适用于小型立式设备。
CAS号:
性质:立式支座的一种结构型式。尺寸已经标准化。由钢管作支承件的称支承式支脚;由钢板组焊件作支承件的称支承式支座。优点是支座结构简单轻便。缺点是对器壁产生很大的局部应力。所以常在支座和器壁间加一块垫板。适用于小型立式设备。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条