1) wearing the veil
挑盖头
2) cantilevered roof
悬挑屋盖
1.
Practical method for spatial wind-induced dynamic response and equivalent wind load of cantilevered roofs of stadiums;
体育场悬挑屋盖空间风激动力响应和等效风荷载实用计算
2.
A Spatial Wind-induced Vibration Analysis was made for the cantilevered roof of Zibo Stadium in this paper.
本文对淄博体育中心体育场悬挑屋盖进行了比较精细的空间风振分析。
3.
Wind pressures on a flat and s slope cantilevered roof of stadium grandstands have been predicted using numerical siumlation and wind tunnel test.
采用数值模拟方法并结合风洞模型试验数据,对一平屋面和一斜屋面的体育场主看台悬挑屋盖的表面风压进行了计算和分析,对屋盖上下表面的风压分布规律进行了总结和归纳。
3) picker head
挑针头
4) large cantilevered roof
大悬挑屋盖
1.
Numerical simulation of wind pressure distribution on the large cantilevered roof of Yiyang Stadium;
益阳体育场大悬挑屋盖风压分布数值模拟
2.
Based on the fluctuating wind pressure measured in wind tunnel tests,we studied the power spectral density (PSD) and the cross spectral density (CSD) including real part and imaginary part of mode force and mode displacement of the large cantilevered roof of National Sports Complex of Vietnam.
以风洞实验的脉动风压实测记录为基础 ,运用模态分析法研究了越南国家体育场大悬挑屋盖脉动风的模态力谱、模态位移自谱和互谱 ,互谱包括实部和虚部 ,分析了它们的特性和规律性 ,为屋盖模态位移、多模态和交叉项几何动位移影响的研究提供了必要的基础 ,也为在频域内进一步研究和提出抗风实用分析方法提供参考 。
3.
The frequencies of large cantilevered roofs of stadiums are quite close and the characteristics of spatial modes are complex.
体育场大悬挑屋盖振动的频谱比较密集,空间振型特性复杂,工程中常采用的风激振动的振型分解法与屋盖的振型特性密切相关。
5) large suspend coping
大挑臂盖梁
1.
Taking Kelamayi flying bridge as example the construction process of flying bridge with large suspend coping is mainly discussed.
以克拉玛依跨线桥为例 ,着重论述采用大挑臂盖梁跨线桥的施工过程。
6) long cantilever cap beam
长挑臂盖梁
补充资料：盖头
盖头 一、妇女行路蔽尘所着的面巾披肩。宋周《清波杂志》：“妇女步通衢，以方幅紫罗障蔽半身，俗谓之盖头，盖唐帷帽之制也。”宋高承《事物纪原》三：“唐初宫人着幂※1，虽发自戎夷，而全身障蔽，王公之家亦用之。永徽之后用帏帽，后又戴皂罗，方五尺，亦谓之幞头，今曰盖头。”富贵之家，亦有用销金作装饰的。宋之盖头，常来盖在头上而下垂者。明代仍有人戴此盖头。二、旧日女子结婚时用以盖头之巾，亦称“盖巾”，参见“幂※2”、“盖巾”。
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