1) dangyang tieta
当阳铁塔
2) Dangyang
当阳
1.
Preliminary Study on Conceptual Planning for Urban Landscape——With the ConceptualPlanning of Landscape at the Waterfront Area of Dangyang City as an Example;
城市景观概念规划设计初探——以当阳沮河景观概念规划为例
2.
An Elementary Analysis to Seismic Geologic Characteristics in Dangyang Area;
当阳地区地震地质特征浅析
3) steel tower
铁塔
1.
The development of IMS for steel tower manufacturing enterprise based on Delphi;
基于Delphi编程的铁塔制造企业库存管理系统的开发
2.
The Finite Element Analysis of Steel Towers In Aired Power-sending Line;
架空送电线路铁塔有限元分析
3.
Through the theoretical calculation of the steel tower core,the hoist bearing capacity,the suspending point bolt stressing,the steel wire rope maximum working tension,the plate tensile stress and the bolt joint center distance,the assembly scheme by hoist is designed.
针对东北平原冬季便于大型机械机动的特点,采用大型吊车进行500 kV线路铁塔组立施工。
4) transmission tower
铁塔
1.
Introduction of 750kV transmission tower group erecting methods;
750kV输电线路铁塔组立方法介绍
2.
To solve the problem of foundation collapse existing in the design and operation of transmission lines located in coal-mining fields, the authors propose a new design idea for transmission tower with adjustable height in adaptation to uniform foundation settlement, and a design scheme for KTZM110 cathead tangent tower with adjustable height is accomplished.
针对采煤区输电线路运行及设计中存在的地基塌陷问题,提出适应于基础均匀沉降的高度可调铁塔设计思路和理念,并完成了高度可调KTZM110猫头直线塔的设计方案;建立了高度可调KTZM110猫头直线塔的有限元分析模型,对不同载荷工况下高度可调铁塔的变形和应力进行分析计算,其强度满足设计规范的要求;根据设计图纸,加工制造全尺寸的真型铁塔,并进行铁塔的型式试验,试验结果表明,该型铁塔的设计方案能够满足强度和刚度的要求,达到了设计目的,可在运行线路上使用。
3.
According to the damage cases on transmission tower under strong wind,probability statistic expression of pulse wind velocity and pressure are investigated by the auto-regressive model(AR model)in time series analysis,the time history of pulse wind load acting on transmission tower structure and varying along with the space positions has been concisely.
鉴于近年来强风对输电铁塔的破坏情况,采用时间序列分析中的AR模型方法来求取铁塔上脉动风的随机过程,研究了脉动风速和脉动风压的概率统计方法,找出了适合输电铁塔的自回归模型的阶数。
5) tower
[英]['taʊə(r)] [美]['tauɚ]
铁塔
1.
Analysis and thinking on causes of tower collapse of 110 kV Yuetie Ⅰ line;
110kV月铁Ⅰ线铁塔倒塔原因分析及思考
2.
Applying three-dimensional electric field computational method to locate the ADSS optical fiber cable suspended on high voltage transmission line towers;
应用三维频域电场计算方法确定高压输电线路铁塔ADSS光缆的悬挂位置
3.
Methods of integrally elevating transmission tower to transform its foundation;
线路铁塔整体提升改造基础方法
6) iron tower
铁塔
1.
The research and application of simulate assembling and detecting for iron tower based on Pro/E;
基于Pro/E的铁塔模拟装配与干涉检测的研究和应用
2.
Analysis of anti-corrosion of power transmission iron towers and foundation in littoral area;
沿海区段输电线路铁塔及基础防腐分析
3.
The Research and Application of Virtual Preassembly for Iron Tower Based on Pro/E;
基于Pro/E二次开发的铁塔虚拟预组装研究与应用
补充资料：当阳铁塔
中国古代大型铸铁建筑物之一（见彩图）。位于湖北省当阳县玉泉寺山门外。据塔身铭文记载建于宋嘉祐六年(1061),耗铁七万六千六百斤。塔高17.9米,塔身现稍向东北方倾斜。铁塔底座和13层塔身是宋代铸成；铜塔刹是清道光十五年(1835)后铸的。塔为八角形仿木结构，外为铁壳，内为砖墙，塔心中空。底座基部周长9.6米；塔身从下至上每层周长和高度逐渐减小,到第十三层塔檐处,周长减至4.3米。底座和塔壁铸有花纹和仪态不同的大小佛像。有八尊铁金刚（现存六尊）铸接在底座的八个拐角处（见图）。铁金刚的头顶有钢柱插入上面的铸件中。铁塔共由44块铸件组成：底座为四块，第一层分塔身、塔檐二块，第二层以上每层各有平座、塔身、塔檐三块，顶为莲花盆和塔刹二块。塔系麻口铁铸成，经取样化验，铁塔的化学成分为：碳3.66％，硅0.05％，锰0.05％，硫0.022％，磷 0.29％。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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