荷载作用下室外钢楼梯震动监测与控制关键技术研究

Research on Key Technologies for Vibration Monitoring and Control of Outdoor Steel Stairs under Load Effects

本文基于钢结构材料力学特性以及震动控制理论,研究了荷载作用下室外钢楼梯的震动监测与控制关键技术。通过对室外钢楼梯的结构参数、荷载特性以及环境条件进行分析,提出了一种基于传感器的实时监测与控制方案,以减少震动对人员使用的影响。该方案结合了传感器数据的实时处理和反馈控制算法的设计,具有较高的实时性和准确性,可以有效降低室外钢楼梯的振动幅度,提高其使用安全性。

Based on the mechanical properties of steel materials and vibration control theory,this paper investigates the key technologies for monitoring and controlling vibrations of outdoor steel stairs under load effects.Through analysis of the structural parameters,load characteristics,and environmental conditions of outdoor steel stairs,a sensor-based real-time monitoring and control scheme is proposed to reduce the impact of vibrations on human use.The scheme combines real-time processing of sensor data with the design of feedback control algorithms,which has high real-time and accuracy.It can effectively reduce the vibration amplitude of outdoor steel stairs and improve their safety of use.