动态电子压力采集系统设计及阵风测量

Z. Hongyan, Sun Jing
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引用次数: 0

摘要

通过座椅265型和267mr型差压传感器与工业自动化软件的通信,建立了一套电子压力采集装置。由该装置与PIV组成的动态测量系统,在环境风洞中对建筑物进行阵风流作用下的风压测量实验。该动态系统可实现多点压力快速同步测量和自动记录。通过对正弦风谱流动的建筑物动风压测量,验证了该系统的可行性和合理性。该系统能够对低频阵风做出正确的响应,为进一步研究阵风作用下的动态测量提供了依据和有效手段。
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Design of Dynamic Electronic Pressure Collection System and Gust Measurement
Through the communications of Seater Model 265and Model 267MR-type differential pressure sensors with industrial automation software, a set of electronic pressure acquisition device is established. The dynamic measurement system is composed by the device and PIV to carry on the experiment of wind pressure measurements on buildings in environment wind tunnel under the gust flow. The dynamic system can achieve rapid synchronous pressure measurement on multipoint and automatic recording. Through the dynamic wind pressure measurement on buildings with the flow of sinusoidal wind spectrum, the system is proved to be feasible and reasonable. The system can make a correct response on low-frequency gust and provide the basis and effective means for further study on the dynamic measurement under the gusts.
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