高耸结构振动控制模拟塔设计

介绍了高耸结构振动控制模拟塔的设计方案和模拟范围，利用塔的自振周期的可调性给出调节办法．确定了模拟地震波的施加办法及风荷载作用的模拟办法，阐述了对塔下基础、运动块（平台）和安全锁定系统的处理方法．

Design of a Steel Tower for Simulation Testing of Dynamic Response of the High Rising Structure to Earthquake and Wind-Induced Vibration

A steel tower for simulation testing on the vibration of the high rising structures is designed. The design ideas and the scope of simulation are discussed, and the theoretical analysis, the internal force computation and the section designing for the main (or upper) structure of the tower are then carried out. The internal force computation includes the static force computation and the dynamic responses to man-made seismic waves and wind loads. The way to adjust the inherent period of the tower and that apply the man-made earthquake and wind Loads on the tower along with the method of ad justing the mass to be added on the top of the tower are determined. A safety locking system is designed. It is shown by analysis that the dynamic response of tall buildings and high rising structures with various vibration performances to various man-made earthquake and wind loads could be simulated by the steel tower designed.