wind load信息详情
风力载荷
Wind LOad CeLL───风力传感器
wind───n.(Wind)人名;(英、德、瑞典)温德;n.风;呼吸;气味;卷绕;vt.缠绕;上发条;使弯曲;吹号角;绕住或缠住某人;vi.缠绕;上发条;吹响号角
load───vi.[力]加载;装载;装货;vt.使担负;装填;n.负载,负荷;工作量;装载量
southeasterly wind───东南风
euroclydon wind───欧洲风
load board───搭载基板
docker load───码头装卸工
load more───加载更多
love load───爱的负荷
increase of wind load of guardrail.───增加了护栏的抗风荷载。
Wind load capacity?───风载能力?
Wind load is one of the major loads in the design of a large span structures.───对大跨度空间结构而言,风荷载作用是结构设计中的主要荷载之一。
The wind load characteristics comprise one of the major reasons for the collapse of industrial buildings during construction.───在施工过程中建筑物所受风荷载的特殊性是导致该在建厂房倒塌的主要原因之一。
Then the internal forces of the structure under vertical load were calculated. The D-method was used for calculating the wind load.───然后采用分层法进行竖向荷载作用下的结构内力计算,水平荷载采用D值法进行计算。
The risk point was observed through the stress and deformation. Every point at all levels under the wind with no wind load are compared.───根据应力、变形情况观察危险点,并将在各级风载作用下的结果与无风载荷时进行比较,得出结论。
Finally, the influences of change in factors like space interval and location on the wind flow and wind load were discussed.───最后,讨论了街区群楼间间距及建筑布局等因素的改变对风场和风荷载的影响。
This paper makes a mechanic analysis about the wind load and stability of the outdoor billboards with the Bernoulli equation.───以户外独立柱广告牌为例,利用伯努利方程等对户外独立柱广告牌的风荷载和稳定性等进行了力学分析。
The wind load of structure is one of the most important loads which can control the structure safety.───建筑结构的风荷载是控制结构安全的主要荷载之一。
Meanwhile, the research in each chapter is classified as vertical uniform load cases and later wind load cases.
After color noise as wind load is generated from white noise filter, wind-induced vibration of guyed masts is described as random vibration under white noise excitations.
Wind load is one of high-rise construction main lateral loads, under the structure wind load function dynamics analysis provides scientific basis for the high-rise construction design.
Deflection control of support system under wind load is one of the main problems for the design of point-supported curtain wall.
Wind load estimation is very important to single-layer reticulated shells since this system is sensitive to external load distribution, and stability analysis is a main problem in structural design.
The load-deflection curve of pole under wind load is solved based on the non-linear analysis. Then the ultimate capacity of the pole and the type of the instability are determined.
As the plane cable-net with small rigidity large deformation is subject to side wind load, it is necessary to consider the large deformation effects.
It is shown that the cable wind load affects remarkably the aerostatics of long-span suspension bridges, but its effect on the aerodynamic stability becomes negligible.
The galloping of iced conductor caused by wind load severely imperils the safe operation of the high voltage transmission line.
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