1) hyperbolic thin-shell cooling tower
双曲薄壳冷却塔
1.
Equivalent beam-net design theory of aero-elastic model about hyperbolic thin-shell cooling towers and its experimental investigation;
双曲薄壳冷却塔气弹模型的等效梁格方法和实验研究
2) hyperbolic cooling tower
双曲冷却塔
1.
Numerical simulation of mean wind load on large hyperbolic cooling tower
大型双曲冷却塔平均风荷载的数值模拟研究
2.
The natural frequency and the vibrational modes of hyperbolic cooling tower on loess site and rock site by means of laser - holographic interferometry are studied, the natural frequency and the vibrational modes are proposed on the two kinds of foundation.
利用激光全息干涉法的实验方法,对铜制“A”型支撑双曲冷却塔模型在黄土地基和岩石地基上的固有频率和振型进行了试验研究。
3) hyperbolic cooling tower
双曲线冷却塔
1.
Construction technique for hyperbolic cooling tower trunks in second-phase project of Yuelian Power Plant;
粤连电厂二期工程双曲线冷却塔通风筒施工技术
2.
Influence of SSI effect on aseismic performance of hyperbolic cooling tower
SSI效应对大型双曲线冷却塔结构抗震性能的影响
3.
In this article, the author introduces some aspects of the climbing formwork system for construction of the tube body of the 5 500 square meters hyperbolic cooling tower of Puqi Power Factory such as selection of formwork, every composition member and matters need attention and so forth.
介绍蒲圻电厂5500m2双曲线冷却塔筒身施工用爬模系统模板的选型及各组成部分,以及注意事项等。
4) hyperbola cooling tower
双曲线冷却塔
1.
Under the circumstances of using slipform in the construction of frame structure and tubular structure(including water tower,chimney,hyperbola cooling tower,tubular warehouse and so on),it concludes the basic solutions to choose the platform,to prevent the inclination and to rectify the deviation of slipform together with the real examples.
总结了框架结构及筒壁结构（包括水塔、烟囱、双曲线冷却塔、筒仓等）采用滑模施工时，其平台的选择、预防倾斜和纠偏的主要措施及工程实例。
6) large hyperbolic cooling-tower
大型双曲冷却塔
1.
Nowadays, with rapid development of power, nuclear, and mining industry, many large hyperbolic cooling-towers which can produce recycled cooling water are widely used.
近年来,随着电力、石油、核能、采矿等工业的迅速发展,兴建了一大批用于冷却工业循环水的大型双曲冷却塔,其结构的体量愈来愈大,建筑间的密度越来越高。
补充资料：双曲扁壳闸门
双曲扁壳闸门
double-curved shallow shell gate
shuangqu bianqiao zhamen双曲扁壳闸门(double一eurved shallowshell gate)门叶采用双曲扁壳结构形式的闻门适用于低水头水工建筑物。双曲扁壳是一种良好的结构形式，大量应用在工业与民用建筑工程上。中国自201让纪60年代开始，将双曲扁壳引用到水闸的闸「1上。最初采用的是由钢丝网水泥和钢筋混凝土制作、并由凸面承受水压力的正向扁壳闸门，随后出现了钢制扁壳闸门和由凹面承受水压力的反向扁壳闸门，应用范围也由水闸扩展到船闸等建筑物(见钢丝网水泥薄壳闸门)。20多年运行经验表明扁壳闸门是成功的。应注意的问题有:①启闭力计算中要考虑壳体曲面空间的影响，正向扁壳闸门作用有较大的浮力，反向扁壳闸门包含有较大的水重;②正向钢扁壳闸门的板厚不宜太薄，以防丧失稳定;③钢丝网水泥扁壳闸门施工时要严格控制保护层厚度，砂浆振捣要密实，表面要淤光，并涂以防水涂料，以防钢丝网锈蚀。 (夏念凌)
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