Srikanth Pidugu
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Mitchell Institute (2020); University of New Haven (2020); Dominion University College (2021); Dominion (United States) (2020); Old Dominion University (1999–2021)
Faculty Researcher
Research Areas
Biography and Research Information
OverviewAI-generated summary
Srikanth Pidugu's research focuses on the performance and design of hydraulic ram pumps, investigating modifications to improve their efficiency and functionality. His work includes studies on the effect of flapper valve design and source tank configuration on pump performance. Pidugu has also explored the potential of multi-inlet systems, including those with integrated wastewater recirculation units, to enhance hydraulic ram pump capabilities. He has published 34 works, garnering 243 citations, and holds an h-index of 2. His recent publications also touch upon incorporating technical writing into engineering laboratories, environmental awareness, clean environment technology, and the use of large language models across academic disciplines. Pidugu collaborates with several faculty members at the University of Arkansas at Little Rock, including Ashokkumar M. Sharma, Cody Capocelli, Kristin Mann, and Amar Kanekar.
Metrics
- h-index: 2
- Publications: 34
- Citations: 243
Selected Publications
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Multi-Inlet Hydraulic Ram Pump System With Integrated Wastewater Recirculation Unit (2025)
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Incorporating Industry-Sponsored Technical Writing into Engineering Laboratories (2025)
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Multi-Inlet Hydraulic Ram Pump System (2024)
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A Pilot Study of the Use and Attitudes Toward Large Language Models Across Academic Disciplines (2024)
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RAM Pump as a Teaching Tool in Fluid Power Laboratory (2024)
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Effect of Flapper Valve on the Performance of a Hydraulic Ram Pump (2022)
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Effect of Source Tank Configuration on the Performance of a Hydraulic Ram Pump (2021)
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Performance of a Modified Ram Pump With Double Inlets: An Innovative Technique to Improve Performance of the Hydraulic Ram Pump (2020)
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University Industry High School Educational Partnership: Fuel Cell Energy Project (2020)
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The Development And Promotion Of Interactive Energy Management Tools For Industrial Energy Users (2020)
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Educational Models For Energy Workforce Development (2020)
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Assessment Process Using the First Year Computer Graphics Course at University of Arkansas at Little Rock (2020)
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Computational Study of Flow and Mixing Characteristics of Turbulent Opposed Jets (2013)
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Thermal Characterization of Aluminum and Steel Foams (2012)
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Mixing Characteristics of a Two-Phase Flow (Gas-Liquid) Microchannel Mixer (2011)
Collaboration Network
Top Collaborators
- Effect of Source Tank Configuration on the Performance of a Hydraulic Ram Pump
- Effect of Flapper Valve on the Performance of a Hydraulic Ram Pump
- RAM Pump as a Teaching Tool in Fluid Power Laboratory
- Multi-Inlet Hydraulic Ram Pump System
- Multi-Inlet Hydraulic Ram Pump System With Integrated Wastewater Recirculation Unit
- A Pilot Study of the Use and Attitudes Toward Large Language Models Across Academic Disciplines
- Incorporating Industry-Sponsored Technical Writing into Engineering Laboratories
- Effect of Source Tank Configuration on the Performance of a Hydraulic Ram Pump
- Effect of Source Tank Configuration on the Performance of a Hydraulic Ram Pump
- Effect of Flapper Valve on the Performance of a Hydraulic Ram Pump
- RAM Pump as a Teaching Tool in Fluid Power Laboratory
- A Pilot Study of the Use and Attitudes Toward Large Language Models Across Academic Disciplines
- A Pilot Study of the Use and Attitudes Toward Large Language Models Across Academic Disciplines
- A Pilot Study of the Use and Attitudes Toward Large Language Models Across Academic Disciplines
- Multi-Inlet Hydraulic Ram Pump System
- Multi-Inlet Hydraulic Ram Pump System
- Incorporating Industry-Sponsored Technical Writing into Engineering Laboratories
- Multi-Inlet Hydraulic Ram Pump System With Integrated Wastewater Recirculation Unit
- Multi-Inlet Hydraulic Ram Pump System With Integrated Wastewater Recirculation Unit
- Multi-Inlet Hydraulic Ram Pump System With Integrated Wastewater Recirculation Unit
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