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风载体形系数
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  wind load shape coefficient
     The wind tunnel test study on wind load shape coefficient of aqueduct body structure for U shape
     U形渡槽槽体结构风载体形系数的风洞试验研究
短句来源
     Effect of flowfield state on wind load shape coefficient of aqueduct structure
     流场状态对渡槽槽体结构风载体形系数的影响
短句来源
     The result of the wind tunnel tests indicate that the wind pressure distribution and wind load shape coefficient of the U shape aqueduct body are affected not only by the depth width ratio of aqueduct body but also by the flowfield state, the variety of the wind load shape coefficient of the aqueduct body due to the depth width ratio of aqueduct body in same flowfield state.
     风洞试验结果表明U形渡槽槽体的风压分布和风载体形系数同槽体的高宽比和流场状况有关 ,在同一流场状况下槽体的风载体形系数随着槽体的高宽比变化。
短句来源
     The results of the wind tunnel tests indicate that the wind pressure distribution and wind load shape coefficient of the rectangular shape and U-shaped aqueduct body are affected by the flowfield state. The findings of this paper give a reference to wind resistance design of aqueduct structure.
     试验结果表明,湍流对渡槽槽体结构风载体形系数有显著影响,研究成果可为渡槽结构的抗风设计提供参考依据。
短句来源
  “风载体形系数”译为未确定词的双语例句
     Wind tunnel model test on shape coefficient of wind load for aqueduct
     渡槽槽体结构风载体形系数的风洞试验研究
短句来源
  相似匹配句对
     The Wind
    
短句来源
     wind;
    
短句来源
     A Study on the Wind-Load of Derricks
     石油井架分析
短句来源
     WIND LOAD TEST FOR LARGE ROCKET
     大型火箭试验
短句来源
     Explaining "Zai" (载)
     释“
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查询“风载体形系数”译词为用户自定义的双语例句

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in this study,the author analyses the additional wind pressure and the additional wind suction as well as the shape factor of wind load for multi-arch roof coverings,which are not yet mentioned in the current constructional standards. As an example,the author sets up a calculating model for a tri-arch greenhouse arranging alternately a main framewith four sub-frames,and studies its mechanical properties.

析了“规范”中没有规定的附加风压力和附加风吸力以及多连拱形屋面的风载体形系数,并以一个主架和四个次架相间排列的三连拱温室为例,建立了它的计算模型,研究了它的力学特性。

Through the tunnel experiment, the wind loads properties of the membrane structure marquee of QingDao Yizhong Stadium are studied. The experiment is done under the velocity in cite category B. The rules of average wind loads of the membrane of the marquee varied with the angle of the coming wind and the distribution of the wind loads on the surface are also studied. The aim of the experiment is to determine the pressure coefficients of the membrane shape, and provide the data for further structural calculation....

Through the tunnel experiment, the wind loads properties of the membrane structure marquee of QingDao Yizhong Stadium are studied. The experiment is done under the velocity in cite category B. The rules of average wind loads of the membrane of the marquee varied with the angle of the coming wind and the distribution of the wind loads on the surface are also studied. The aim of the experiment is to determine the pressure coefficients of the membrane shape, and provide the data for further structural calculation.

通过风洞试验研究了在B类场地条件下 ,青岛颐中体育场膜结构挑篷建筑的风荷载特性 ,探讨了挑篷上各处膜面平均风荷载随来流风向角的变化规律 ,及其在各风向角下的表面风荷载的分布规律 ,确定了该设计方案随膜顶形状变化的风载体形系数 ,为进一步的结构计算提供了科学依据。

In this paper, based on wind tunnel test study, the wind pressure distribution and wind load shape coefficient of the aqueduct body structure are obtained in smooth and turbulent flows. The result of the wind tunnel tests indicate that the wind pressure distribution and wind load shape coefficient of the U shape aqueduct body are affected not only by the depth width ratio of aqueduct body but also by the flowfield state, the variety of the wind load shape coefficient of the aqueduct body due to the depth width...

In this paper, based on wind tunnel test study, the wind pressure distribution and wind load shape coefficient of the aqueduct body structure are obtained in smooth and turbulent flows. The result of the wind tunnel tests indicate that the wind pressure distribution and wind load shape coefficient of the U shape aqueduct body are affected not only by the depth width ratio of aqueduct body but also by the flowfield state, the variety of the wind load shape coefficient of the aqueduct body due to the depth width ratio of aqueduct body in same flowfield state. Furthermore, this paper also put sforward some suggestions for the design and construction of the wind aqueduct structure.

本文对于U形渡槽槽体结构模型进行了风洞实验研究 ,得出了U形渡槽槽体结构的风压分布和风载体型系数。风洞试验结果表明U形渡槽槽体的风压分布和风载体形系数同槽体的高宽比和流场状况有关 ,在同一流场状况下槽体的风载体形系数随着槽体的高宽比变化。本文的试验结果为渡槽结构的抗风设计提供了参考依据。

 
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