This paper derives formulae for spatial wind-induced dynamic response of cantilevered roofs and presents calculation practical method for equivalent static wind load.
本文推导了悬挑屋盖空间动力响应的理论公式，提出了等效静力风荷载实用计算方法。
If the actual load is a combined radial and axial load, then an equivalent static bearing load must be calculated.
如实际负荷为径向和轴向复合负荷，则必须计算当量轴承静负荷。
The equivalent static wind load (ESWL) is the connection between wind engineers and structural engineers and has important meaning in the codes of the wind load at home and abroad.
静力等效风荷载是联系风工程师和结构工程师的纽带，在国内外的风荷载规范中都具有重要意义。
The relationship between equivalent static load and temperature field has been verified through tests.
文中还通过试验验证了上述当量静载与温度场的关系。
According to different load levels, the curves of settlement and equivalent stress distribution are drawn through nonlinear static analysis of reinforced foundation.
根据不同荷载工况，进行加筋地基的非线性静力分析，绘制相应于各级荷载下的竖向沉降、等效应力等图形。
The result indicates that the critical load of dynamic instability is far more than that of static instability with regard to the equivalent length bars.
结果表明，对于等效长度直杆，动力失稳临界压力要远大于静力失稳的临界压力。
The maximum load that can occur on a bearing should be used in the calculation of the equivalent static bearing load.
应使用轴承可能承受的最大载荷计算轴承当量静载荷。
This paper obtains static wind loads based on numerical wind tunnel modeling, and presents the effective theoretic method of wind induced dynamic responses and equivalent wind load analysis.
本文通过数值风洞模拟方法得到了各风向下穹顶结构的平均风压，尤其是给出了有效分析风激动力响应和等效风荷载的理论方法。
Based on the concept of inertial wind load, equivalent static wind load can be obtained.
等效静力风荷载是基于惯性风荷载方法提出的。
The equivalent static wind load (ESWL) is important for the wind-resistant design of practical structures. The wind-load codes of different countries and areas are different.
静力等效风荷载是结构抗风设计的重要内容，不同国家和地区的风荷载规范不同。
For equipment subject to comparatively small dynamic loads, the dynamic loads are specified as an equivalent additional static load.
对承受较小动荷载的设备，其标注的动荷载为恒定的附加荷载。
The formation mechanism of across-wind and torsional wind is complex and equivalent static wind load theories are not perfect.
横风向和扭转向风荷载形成机理复杂，理论分析尚不完善。
The formation mechanism of across-wind and torsional wind is complex and equivalent static wind load theories are not perfect.
横风向和扭转向风荷载形成机理复杂，理论分析尚不完善。
应用推荐