Shweta Mehroliya

Ms. Shweta Mehroliya


Research Focus & Metrics

Academic Career Length

5Years (2022-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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8 September 2023 in SN Computer Science
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Journal Article
Closed access
PDF file
SMShweta Mehroliya
Shweta Mehroliya
STShilpi Tomar
Shilpi Tomar
AAAnoop Arya
Anoop Arya
AVAnshul Verma
Anshul Verma


22 August 2023 in SN Computer Science
Verified
Journal Article
Closed access
PDF file
SMShweta Mehroliya
Shweta Mehroliya
AAAnoop Arya
Anoop Arya
AVAnshul Verma
Anshul Verma
STShilpi Tomar
Shilpi Tomar

22 May 2022
Verified
Book Chapter
Closed access
PDF file
AAAnoop Arya
Anoop Arya
KNKaruna Nikum
Karuna Nikum
AWAbhay Wagh
Abhay Wagh
SMShweta Mehroliya
Shweta Mehroliya
PMPrateek Mundra
Prateek Mundra

1 February 2024
Verified
Conference Paper
Open access
AAAnoop Arya
Anoop Arya
SMShweta Mehroliya
Shweta Mehroliya
YKYogendra Kumar
Yogendra Kumar
MAManoj Arya
Manoj Arya
PPPriyanka Paliwal
Priyanka Paliwal
This paper represents a novel two-way linked list-based modified load flow method for radial distribution systems. The proposed technique essentially uses the method of direct approach for basic power flow calculations. As it combines the method of direct approach and a “two-way linked list”, the proposed method is both computationally efficient as well as capable of tracking the direction of current flow in the feeders dynamically. The proposed method is quite able to take care of the changes in the configuration of the distribution system under study efficiently. The comparative study of simulation has been applied to four distribution test systems i.e. 10-bus, 13-bus, 33-bus, and 173-bus test systems, it is found that the accuracy of the developed technique is quite close to those obtained by the other methods reported in the literature while the speed of execution of this method is more than those obtained by the other reported methods. The comparative Simulation studies are carried out in MATLAB software and the developed method is found to be more accurate.