坡风

pō fēng
  • Slope wind;hangwind
坡风坡风
坡风[pō fēng]
  1. 模拟结果表明:坡风和湖陆风的结合在山谷中产生更为复杂的流型,既保留了部分湖陆风和坡风的基本特征,又有较大的不同;

    The results show that the combination of lake-land breeze and slope wind circulation produces a more complex flow pattern .

  2. 雅鲁藏布江河谷风沙地貌分类体系由4级21个类型组成,其中风积地貌划分为谷底与谷坡风积地貌2个亚类。

    Aeolian sand landform in the Yarlung Zangbo river valley can be divided into 4 classes and 21 types , among them , aeolian deposition form can be further divided into two sub types at valley bottom and at valley slop .

  3. POD方法在双坡屋盖风压场预测中的应用

    Application of pod to prediction of wind pressure fields of pitched roof

  4. 利用POD对双坡屋盖风压场预测

    Prediction of Wind Pressure Field on Pitched Roof Using POD

  5. 通过在时间域和频率域内比较预测出的风压与实测风压说明了POD在预测双坡屋盖风压场的有效性。

    The effectiveness of POD in the prediction of wind pressure field on a pitched roof has been illustrated by means of comparing the predicted pressures with the measured values in the time domain and the frequency domain .

  6. 大跨度梯形钢屋架双坡屋盖风振响应和风振系数研究

    Study of Wind-induced Vibration Response and Wind-induced Vibration Factor for Long-Span Gable Roofs Supported by Steel Truss

  7. 低层双坡房屋屋面风荷载的数值研究&坡角和高宽比影响的分析

    Numerical study of wind loads on low-rise gable-roofed building roofs & Analysis of roof pitch and height-width ratio effects

  8. 相邻低层四坡屋面房屋在风荷载下的相互干扰作用

    Interference effects on wind loads on two low-rise hip roof buildings

  9. 通过悬索坡屋面在平均风作用的稳态分析,并与不考虑祸合计算比较,表明固流祸合的仿真模拟较好的反映出结构大位移对局部流场和风压存在较大的影响。

    The fluid-structure interaction emulation analysis shows the large displacement of the structure will affect the fluid movement and the wind pressures .