참고문헌 (15)

1. Brika, D. and Laneville, A. (1996), "A laboratory investigation of the aeolian power imparted to a conductor using a flexible circular cylinder", IEEE Transactions on Power Delivery, 11(2), 1145-1152. 

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2. CIGRE Study Committee 22 - Working Group 11 - Task Force 1 (1998), "Modelling of aeolian vibration of single conductors : assessment of the technology", Electra, (181), 52-69. 

3. CIGRE Study Committee 22 - Working Group 11 - Task Force 4 (1999), "Safe design tension with respect to aeolian vibrations. Part 1 : Single unprotected conductors", Electra, (186), 52-67. 

4. CIGRE Study Committee 22 - Working Group on Mechanical Oscillations (1979), "Guide on conductor selfdamping measurements," Electra, (62), 79-90. 

5. Electric Power Research Institute (1979), Transmission Line Reference Book - Wind-Induced Conductor Motion, Palo Alto, Chapter 3. 

6. Hardy, C., Leblond, A., Goudreau, S. and Cloutier, L. (1995), "Review of models on self-damping of stranded cables in transverse vibrations", Proceedings of the 1st Int'l Symposium on Cable Dynamics, Liege, 61-68. 

7. Hardy, C., Noiseux, D.U., Leblond, A., Brunelle, J. and Van Dyke, P. (1996), "Modelling of single conductordamper system response - Volume 1 : Theoretical and validation manual", CEA project 372 T 823. 

8. Houle, S., Hardy, C., Lapointe, A. and St-Louis, M. (1987), "Experimental assessment of spacer-damper performance with regard to control of wind-induced vibrations of high voltage transmission lines", IEEE/CSEE Joint Conference on High Voltage Transmission Systems in China, Beijing, China, October. 

9. IEEE Standard 563 (1978), "IEEE guide on conductor self-damping measurements". 

10. Leblond, A. and Hardy, C. (2000), "Assessment of safe design tension with regard to aeolian vibrations of single overhead conductors", Proceedings of the ESMO Conference, Montreal, October, 202-208. 

11. Leblond, A. and Hardy, C. (2003), "A unified way for presenting aeolian vibration response of single undamped overhead conductors", Proceedings of the Fifth International Symposium on Cable Dynamics, Santa Margherita Ligure, Italy, September, 263-270. 

12. Noiseux, D.U., Houle, S. and Beauchemin, R. (1988), "Transformation of wind tunnel data on aeolian vibrations for application to random conductor vibrations in a turbulent wind", IEEE Transactions on Power Delivery, 3(1). 

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13. Noiseux, D.U. (1991), "Similarity laws of the internal damping of stranded cables in transverse vibrations", Proceedings of the IEEE PES, Trans. & Distr. Conf., Dallas, September. 

14. Rawlins, C.B. (1982), "Power imparted by wind to a model of a vibrating conductor", Report no 93-82-1, Electrical Products Div., Alcoa Laboratories, Alcoa Conductor Products, Massena. 

15. Rawlins, C.B. (1998), "Model of power imparted to a vibrating conductor by turbulent wind", Alcoa Conductor products company, Technical Note no 31.