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Morey, M and Golla, M and Garg, MM and Gupta, N and Kumar, A (2024) A high gain Z-source boost DC�DC converter with common ground for solar PV applications. In: Electric Power Systems Research, 232 .

Shashank, S and Gurrala, G and Sastry, PS and Katewa, V (2024) Cyber-Physical Modeling and Vulnerability Assessment of Substations for Transmission System Operator. In: Electric Power Systems Research, 235 .

Sahu, V and Gurrala, G and Bangali, S and Das, S (2024) Node breaker model based transient stability simulations including protective devices modeling and time coordination. In: Electric Power Systems Research, 235 .

Chmielewski, T and Jarzyna, W and Zieliski, D and Gopakumar, K and Chmielewska, M (2021) Modified repetitive control based on comb filters for harmonics control in grid-connected applications. In: Electric Power Systems Research, 200 .

Gurrala, G and Challa, KK (2021) Comparison of vector and matrix format tangential interpolation for FDNE. In: Electric Power Systems Research, 197 .

Challa, KK and Gurrala, G (2020) Dynamic State and Parameter Estimation of Synchronous Generator from Digital Relay Records. In: Electric Power Systems Research, 189 .

Chakraborty, S and Das, S (2020) Communication-less protection scheme for AC microgrids using hybrid tripping characteristic. In: Electric Power Systems Research, 187 .

Satish, L and Sahoo, Subrat K (2009) Locating faults in a transformer winding: An experimental study. In: Electric Power Systems Research, 79 (1). pp. 89-97.

Yesuratnam, G and Thukaram, D (2007) Congestion management in open access based on relative electrical distances using voltage stability criteria. In: Electric Power Systems Research, 77 (12). pp. 1608-1618.

Sahoo, Subrat K and Satish, L (2007) Discriminating changes introduced in the model for the winding of a transformer based on measurements. In: Electric Power Systems Research, 77 (7). 851 -858.

Divya, KC and Rao, Nagendra PS (2006) Models for wind turbine generating systems and their application in load flow studies. In: Electric Power Systems Research, 76 (9-10). pp. 844-856.

Thukaram, D and Khincha, HP and Khandelwal, Sulabh (2006) Estimation of switching transient peak overvoltages during transmission line energization using artificial neural network. In: Electric Power Systems Research, 76 (4). 259 -269.

Krishna, S and Padiyar, KR (2005) Discrete control of unified power flow controller for stability improvement. In: Electric Power Systems Research, 75 (2-3). pp. 178-189.

Padiyar, KR and Prabhu, Nagesh (2005) Investigation of SSR characteristics of unified power flow controller. In: Electric Power Systems Research, 74 (2). pp. 211-221.

Visakha, K and Thukaram, D and Jenkins, Lawrence (2004) An Approach for Real Power Scheduling to Improve System Stability Margins under Normal and Network Contingencies. In: Electric Power Systems Research, 71 (2). pp. 109-117.

Rao, Nagendra PS and Deekshit, Ravishankar (2004) Distribution feeder one-line diagram generation: a visibility representation. In: Electric Power Systems Research, 70 (3). pp. 173-178.

Visakha, K and Thukaram, D and Jenkins, L (2004) Transmission charges of power contracts based on relative electrical distances in open access. In: Electric Power Systems Research, 70 (2). pp. 153-161.

Visakha, K and Thukaram, D and Jenkins, Lawrence (2004) An approach for evaluation of transmission costs of real power contracts in deregulated systems. In: Electric Power Systems Research, 70 (2). pp. 141-151.

Visakha, K and Thukaram, D and Jenkins, Lawrence (2004) Application of UPFC for system security improvement under normal and network contingencies. In: Electric Power Systems Research, 70 (1). pp. 46-55.

Kannu, Durai P and Thomas, Joy M (2003) Influence of lightning electric field components on the induced voltages on a power distribution line. In: Electric Power Systems Research, 64 (3). pp. 247-255.

Ahamed, Imthias TP and Rao, Nagendra PS and Sastry, PS (2002) A reinforcement learning approach to automatic generation control. In: Electric Power Systems Research, 63 (1). 9-26 .

Thukaram, D and Jerome, Jovitha and Surapong, C (2000) A Robust Three Phase State Estimation for Distribution Networks. In: Electric Power Systems Research, 55 (3). pp. 191-200.

Thukaram, D and Lomi, Abraham (2000) Selection of Static VAR Compensator Location and Size for System Voltage Stability Improvement. In: Electric Power Systems Research, 54 (2). pp. 139-150.

Ganesan, L and Thomas, Joy M (2000) Studies on the influence of corona on overvoltage surges. In: Electric Power Systems Research, 53 (2). pp. 97-103.

Thukaram, D and Banda, Wijayakoon HM and Jerome, Jovitha (1999) A robust three phase power flow algorithm for radial distribution systems. In: Electric Power Systems Research, 50 (3). pp. 227-236.

Rao, Shrikant P and Sen, Indraneel (1998) A QFT-based robust SVC controller for improving the dynamic stability of power systems. In: Electric Power Systems Research, 46 (3). pp. 213-219.

Thukaram, D and Parthasarathy, K and Khincha, HP and Udupa, Narendranath and Bansilal, A (1998) Voltage Stability Improvement: Case Studies of Indian Power Networks. In: Electric Power Systems Research, 44 (1). pp. 35-44.

Bansilal, * and Thukaram, D and Parthasarathy, K (1997) An expert system for alleviation of network overloads. In: Electric Power Systems Research, 40 (2). pp. 143-153.

Jenkins, Lawrence and Khincha, HP (1992) Modeling and Recovery Analysis of Protection Schemes Using Petri Nets. In: Electric Power Systems Research, 24 (3). pp. 199-205.

Manohar, Premila and Chandrasekharaiah, HS (1990) Artificial commutation for inversion into a weak AC system in a multiterminal HVDC system. In: Electric Power Systems Research, 19 (2). pp. 95-104.

Thukaram, D and Iyengar, Ramakrishna BS and Parthasarathy, K (1986) An algorithm for optimum control of static VAR compensators to meet phase-wise unbalanced reactive power demands. In: Electric Power Systems Research, 11 (2). pp. 129-137.

Ramaraj, N and Rajaram, R and Parthasarathy, K (1986) A new analytical approach to optimize a generation schedule. In: Electric Power Systems Research, 11 (2). pp. 147-152.