1.
Wind Load Time-history Simulation Study Based on Neural Network;
基于神经网络的结构风荷载时程模拟研究
2.
Dynamic Time-history Analysis of 3-Dimension Structures under Wind with Non-classically Damping;
风荷载作用下非比例阻尼空间结构动力时程分析
3.
Dynamic Time History Analysis of a Steel Meteorological Tower under Time History Wind Load
某钢结构气象塔在时程风荷载作用下考虑P-Δ效应的动力时程分析
4.
How do engineering materials deform when bearing mechanical loads?
如何做工程材料变形时，轴承机械载荷？
5.
The motion equation of a high-rising structure subjected to fluctuating wind load is developed, with the consideration of soil-pile-structure interaction.
本文推导了考虑桩－土－结构动力相互作用时高层建筑在脉动风荷载作用下的运动方程。
6.
Dynamic response analysis of engineering ropeway with wind load
风载荷作用下工程索道的动态响应分析
7.
Time-history analysis on seismic behaviors of precast reinforced concrete buildings
预制钢筋混凝土结构在地震荷载下的时程响应
8.
Error analysis of dynamical time history method based on displacement loading
基于位移荷载输入动力时程法的误差分析
9.
Study on the Wind Induced Response in Along Wind of the High-rise Building;
高层建筑顺风向风荷载风致响应研究
10.
Finite Elemtnt Analysis of Cable-Stayed Bridge under Static and Wind Loadings;
静载荷与风载荷作用下的斜拉管桥有限元分析
11.
DOMINANT FAILURE MODES OF A TRANSMISSION TOWER AND ITS ULTIMATE CAPACITY UNDER WIND LOAD
风荷载下输电铁塔的失效模式及其极限荷载
12.
Wind pressures acting on buildings are complicated functions of both time and space.
作用在建筑物表而的风荷载是一个空间和时间的复杂函数。
13.
At this point it was necessary to evaluate the normal pattern of loading to be applied to the model for different angles of incidence of the wind.
这里，必须评定在风的不同入射角时施加于模型的荷载的正常型态。
14.
Specification for static load test of rock and soil
岩土静荷载试验规程
15.
Wind Load and Wind Induced Response Analysis of Twin-tower High-rise Buildings;
双塔高层建筑风荷载与风致响应研究
16.
Experimental study of along-wind response and across-wind response by aeroelastic model
横风向与顺风向动态风荷载的风洞试验研究
17.
When the diffraction process is completed the overpressure loading on the front and back faces are essentially equal.
当绕射过程完成时，作用于正面和背面的超压荷载基本上相等。
18.
Analysis Of Civil Air Defence Works Under Dynamic Load of Nuclearor Aerial Bomb Blast
战时人防荷载下全埋的单建式人防工程的动力分析