wind structure

The wind load is the dominant load of cooling tower due to its large size, complex geometry and thin-wall structure.

由于冷却塔本身是大尺寸、几何复杂的薄壁结构，因此风荷载成为主要的控制载荷。

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A Simulation Study of Three-Dimensional Structure of Qingdao Coastal Area Wind Field in August

青岛地区8月份沿海近地层风场数值模拟和三维结构研究

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Test Study on wind pressure distribution on wind-break wall of support structure system of air cooled condenser

空冷支架结构挡风墙风压分布试验研究

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According to the FNL ( Final Analysis) data, the cold front was found to have a typical horizontal and vertical structure with a maximum temperature gradient and obvious wind shear.

FNL资料分析表明，在锋区内存在1个较大的水平温度梯度带，水平风切变明显。

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In boundary layer dynamics, the eddy diffusivity is a important parameter for the wind structure in the planetary boundary layer.

在边界层动力学中，涡动粘性系数是影响边界层风场结构的一个重要参数。

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Single fluid 2D magnetohydrodynamic simulation of solar wind structure

单流体二维太阳风结构的磁流体力学模拟

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Port crane, characterized with large face area, small damping and high flexibility, is usually utilized in coastal area with frequently occurred gale, which makes the wind load control become the main controlled load for structure design of port crane.

港口起重机用于沿海大风多发区，具有迎风面积大、阻尼小、柔性大等特点。在港口起重机设计中，风载荷是结构设计的主要控制载荷。

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The asymmetric wind structure of typhoon AERE detected by Doppler radar

多普勒雷达探测艾利台风风场不对称结构

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The structure is susceptible to wind and easily leading to aerodynamic instability, galloping.

由于结构与风力的气动耦合作用，结构易产生一种失稳式振动，即驰振。

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It is clear that deep high-humidity layer in the mid-lower troposphere ands relevant temperature/ wind field structure maintained and enhanced a strong convection heating, and it is very important to the development of the depression.

表明对流层中低层的深厚高温层的存在及相应的温度结构和风场所导致的较强的对流加热的维持和加强，对低压的发展极为重要。

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The above researches enrich our knowledge of MLT wind structure and dynamics.

以上研究结果丰富了MLT层风场结构和动力学的知识.

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Study on Reliability of Displacement Controlled of Aqueduct Structure System under Wind Load

风载下渡槽结构体系位移控制的可靠度研究

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Some frequency analysis methods of wind-induced dynamic response are provided in detail, we adjust them to hyperbolic cooling-tower thin-walled structure.

给出了用于计算风致响应的频域分析方法，并将其运用于双曲冷却塔壳体结构的计算中。

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