Rotor Crack Detection by Using Multi-vibration Signal from The Basement

Abstract

[1] L.Yimin, Y.Baixun, et al, “Accident Cases and Resons Analysis of Turbine Rotors”, Turbine Technology, Vol.49-1, 2007. pp 66-69.

[2] Z.Houjun, Z.Yanping, “Status and Prospect of Crack Rotor Vibration”, Turbine Technology, Vol. 43-5. 2001. pp. 1205-1208.

[3] D.Yanwei,H.Cao,H.Wenhu, " Dynamical Behaviors of a Rotor with a Transverse Crack", Journal of Harbin University of Science and Technology, Vol.7-3. 2002. pp.1-5.

[4] X.Xiwu, Y.Zhengmao, “Analysis of Dynamic Characteristics of the Crack Rotor”, Journal of Taiyuan Heavy Machinery Institute, Vol23-4, 2002, pp 319-322.

[5] S.Zhiyong, Nonlinear Dynamic Analysis of Rotor - bearing system, Harbin University of Science and Technology. 2006. 6.

[6] G.Qingcheng, Dynamic Characteristics of Rotor - support - Damper System, Harbin University of Science and Technology. 2007. 7.

[7] Li.Y.F, S. G. T, “The modal analysis based on ANSYS of low-pressure rotor-bearing system for 600MW stream turbine”, Machinery Design & Manufactur, Vol2-2, 2007, pp 71-72.

[8] Cao.S.Q, Ding. Q, Chen.Y.S, “Analysis on modeling steady rotor system with sliding bearings by using FEM”, Turbine Technology, Vol41-6,1999, pp 347-351.

[9] Zou.J, Chen.J, Dong.G.M. “Vibration analysis and non-destructive evalution of arotor with an open crack viafinite element model”, Chinese Journal OF Mechanical Engineering, Vol40-7,2004,pp 29-33.

[10] Yang.F.C, Xu.P.M, Ma.Y.J, “Finite element modal analysis of rotor-bearing-base system”, Mechanical Engineer. Vol:3,2009, pp 69-71.

[11] J.C.Burges, “A tutorial on support vector machines for pattern recognition”, Data Mining and Knowledge Discovery, Vol:2, 1998, pp121-167.
http://dx.doi.org/10.1023/A:1009715923555

[12] DavidL.Hall, J.Llinas, “An introduction to multi-sensor data fusion”, Proceedings of the IEEE, Vol:1,1997, pp6-23.

[13] H.Guoquan, M.Yumei, Finite Element Basic and ANSYS Application, Machinery industry Press. 2004.12.

[14] J.Guoyi, Z.Chunsheng, “Summary of Vibration Testing and Analysis”, Machine Building & Automation, Vol39(3), 2010, pp1-5.

[15] Z.Tian, J.Guilin, et al, “Multi-vibration Signal Fusion Based on the Base of Rotor Fault Diagnosis”, Mechanical Engineer, Vol:5, 2010, pp 14-15.

[16] W. Yuanbin, “Review on multi sensor information fusion”, Sensor World, Vol12(3), 2010, pp6-8.

[17] L.Chunguang, T.Jiwen, et al, “Based on Multi-sensor Fault Diagnosis of Rolling Bearings”, Coal Mine Machinery. Vol31(6), 2010, pp252-254.

[18] T.Wencheng, S.Xianchun, et al, “ Parametric analysis of the model of the reflector of ball screw based on ANSYS”, Journal of Shandong Jianzhu University, Vol25-5, 2010, pp481-484.

[19] Y.Baihui, L.Xuejun, Z.Tian, “Finite element modal analysis of cracked rotor-bearing-base system”, Journal of Hunan University of Science & Technology(Natural Science Edition), Vol25-3, 2010. pp 32-35.

[20] L.S.Lee, Aidy Ali, A.B.Sanuddin,et al, “Simulation and Experimental Work on a Thin-Walled Structure Under Crushing”, Journal of Failure Analysis and Prevention, Vol 10-2, 2010. pp 143-151.
http://dx.doi.org/10.1007/s11668-010-9330-2

[21] D.Guangming, C.Jin, Z.Jian, “Vibration Characteristics of Cracked Rotor and Crack Identification”, Journal of Shanhai Jiaotong University, Vol38-6. 2004. pp. 857-861.

[22] W.Huazhong, Z.Xieshen, Y.Jinshou, “Fault Diagnosis Based on Support Vector Machine”, Journal of East China University of Science and Technology, Vol30-2. 2004. pp. 179-182.

[23] A.Widodo, B.S.Yang,” Support vector machine in machine condition monitoring and fault diagnosis”, Mechanical Systems and Signal Processing, Vol:21. 2007. pp 2560-2574
http://dx.doi.org/10.1016/j.ymssp.2006.12.007

[24] R.Debnath, N.Takahide, H.Takahashi, “A decision based one-against-one method for multi-class support vector machine”, Pattern Anal Application, Vol:7, 2004, pp164-17.

[25] Z.Hong, G.Jiaming, Y.Jinglu, "Fault Diagnosis of Rolling Bearings Based on Supporting Vector Machine", Bearing Vol:8 2008. pp36-39.