Analytical and Experimental Study on Complex Compressed Air Pipe Network

查看全文 作　　者：GAI [1]Yushou;CAI [1]Maolin;SHI [1]Yan

机构地区：[1]School of Automation Science and Electrical Engineering, Beihang University

出　　处：《Chinese Journal of Mechanical Engineering》索引2015年第28卷第5期,共7页

基　　金：Supported by National Natural Science Foundation of China(Grant No.51205008) 摘　　要：To analyze the working characteristics of complex compressed air networks, numerical methods are widely used which are based on finite element technology or intelligent algorithms. However, the effectiveness of the numerical methods is limited. In this paper, to provide a new method to optimize the design and the air supply strategy of the complex compressed air pipe network, firstly, a novel method to analyze the topology structure of the compressed air flow in the pipe network is initially proposed. A matrix is used to describe the topology structure of the compressed air flow. Moreover, based on the analysis of the pressure loss of the pipe network, the relationship between the pressure and the flow of the compressed air is derived, and a prediction method of pressure fluctuation and air flow in a segment in a complex pipe network is proposed. Finally, to inspect the effectiveness of the method, an experiment with a complex network is designed. The pressure and the flow of airflow in the network are measured and studied. The results of the study show that, the predicted results with the proposed method have a good consistency with the experimental results, and that verifies the air flow prediction method of the complex pipe network. This research proposes a new method to analyze the compressed air network and a prediction method of pressure fluctuation and air flow in a segment, which can predicate the fluctuation of the pressure according to the flow of compressed air, and predicate the fluctuation of the flow according to the pressure in a segment of a complex pipe network. 关键词：压缩空气复杂管网流量预测复杂网络试验复合数值计算方法压力波动

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Analytical and Experimental Study on Complex Compressed Air Pipe Network

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