Research Results (monographs, papers, patents, etc.): Journal articles: [1] Pei Xu-ming, Liu Chao-feng, Liu Jian-xiu, Sun Bin, Ji Lian-qing. (2008). Gray Iron and Its Foundry Technologies for Dryers of Paper-Making Machine. FOUNDRY, 12, 1233-1237. [2]Pei Xu-ming, Chen Wu-yi, Zhang Dong-chu. (2011). Effect of Machining Processes on Surface Quality of 7075Al Alloy Fastener Holes. Aerospace Materials & Technology, 4,51-56. [3]Pei Xu-ming, Liu Chao-feng. (2011). Analysis about Hazards and Reasons to the Failure of Guideway for in-service Machine Tool. Modular Machine Tool & Automatic Manufacturing Technique, 6, 37-41. [4]Pei Xu-ming, Chen Wu-yi, Ren Bing-yi, Han Yu. (2001). Influence of machining processes on surface microphotograph and microstructure of fastening holes.The Chinese Journal of Nonferrous Metals, 4(11), 655-660. [5]Pei Xu-ming, Zhang Dong-chu,Deng Hong-xia. (2004). Study on a way of random changing tool from machining center based on PLC control. Plant Maintenance Engineering, 8,83-84. [6]Pei Xu-ming, Zhang Dong-chu,Lei Xue-song. (2003). Influence of machining process on surface integrity of the mechanical components. JOURNAL OF ZHENGZHOU INSTITUTE OF LIGHT INDUSTRY(Natural Science), 1(18), 13-16. [7]Pei Xu-ming, Chen Wu-yi, Zhang Dong-chu, Fu Shi-jie. (2011). Influence of Drilling Processes on the Machining Accuracy of Fastener Holes. Mechanical Science and Technology for Aerospace Engineering, 4(30), 613-617. [8]LI Yang, PEI Xu-ming, HU Ying-jie. (2015) Design on fuzzy control system of grain particles transport based on network prediction. JOURNAL OF ZHENGZHOU UNIVERSITY OF LIGHT INDUSTRY (Natural Science), 1(30), 90-94. [9]Hu Ying-jie,Pei Xu-ming,Zhang Guo-min,Huo Zheng-zheng. (2013). The Flow Prediction of Grain Particle Group Based on BP Neural Network. Mechanical Science and Technology for Aerospace Engineering, 10(32), 1537-1541. [10]Huo Zhengzheng,Zhang Dongchu,Hu Yingjie,Pei Xuming. (2013). Study on the Wear and Pressure Drop of The Pipe Bend in The Pneumatic Conveying of Grain Particles Dilute Phase. Mechanical Science and Technology for Aerospace Engineering, 11(32), 1680-1684.
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