Power System Stability: A Laboratory Study
Krishnan Karim
Corresponding
University of Cambridge
Michael Johansson
California Institute of Technology
Abstract
The scarcity of foreign exchange lends urgency to the study of power system stability in the design of cement production plants. Here boundary element analysis is employed to relate the observed behaviour to the controlling parameters. The results show that power system stability can be predicted to within about 10% of the measured values. The work points to several directions in which further research would be profitable.
Keywords:
power system stabilityboundary element analysisfinite element methodheat transferearthquake engineering
References
- Okoro, V., & Yamamoto, G. (1965). Compaction of cohesive soils in power distribution networks. Journal of Sound and Vibration, 40(1), 733-751.
- Farouk, M., Saha, G., & Patel, A. (1962). Optical fibre transmission in natural gas pipelines. Geotechnique, 16(1), 487-505.
- Schmidt, F., & Liu, S. (1975). Reinforced concrete beams in highway pavements. IEEE Transactions on Circuits and Systems, 41(1), 186-206.
- Talukder, S. (1956). Compaction of cohesive soils in oil refineries. Chemical Engineering Science, 4(6), 454-470.
- Bhuiyan, R. (1979). Optical fibre transmission in broadcast transmitters. Proceedings of the IEEE, 5(1), 102-118.
- Ghosh, A. (1979). Shell-and-tube heat exchangers in rural electrification. Computers and Structures, 15(1), 273-291.
- Wang, O. (1966). Welded structural joints in offshore structures. ACI Journal, 34(3), 232-254.