000			01566 a2200181 4500
003			Nust
005			20221027181613.0
020			_a8120310055
040			_cNust
082			_a621.31
100			_aIndulkar, C. S. _9101578
245			_aPower system transients _ba statistical approach / _cC. S. Indulkar & D. P. Kothari
260			_aPrentice Hall _bNew Delhi _c2003
300			_a176 p.
505			_aProbability Distribution of Switching Surge Overvoltages (Page-5-17), Application of Insulators to Withstand Switching Surges (Page-18-26), Probability of Failure of an EHV Transmission Line (Page-27-39), Accuracy of Statistical Methods in Insulation Evaluation (Page-40-45), Statistical Estimation of Phase to Phase Risk of Failure (Page-46-57), Suitability of Gaussian Stress Distribution for Statistical Line Insulation Design (Page- 58-62), Statistical Distribution of Impulse Breakdown in Oil –Filled Cable (Page-63-70), Method of Grading EHV Cables Based on Statistical Breakdown Stress (Page-71-81), Probability of Failure of Motor Windings (Page-82-102), Frequency of Occurrence of Lightning Flashes and Shielding of Transmission Lines (Page- 103-116), Characteristics of External Insulation (Page-117-124), A Case Study of Statistical Switching Over-Voltages in a Phase-Shifting Transformer (Page-137-146), Statistical Evaluation of Peak Switching Over Voltages in EHV Overhead Lines (Page-147-154), Statistical Evaluation of Peak Switching Over Voltage in EHV Underground Cables (Page-155-162).
650			_aPower system _9101579
942			_2ddc _cBK
999			_c180512 _d180512