Victoria V. Voronova

Gubkin Russian State University of Oil and Gas

Papers

Total Citations

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About

Victoria V. Voronova is a pioneering researcher in aerospace propulsion and turbomachinery, whose work bridges classical mechanics with modern engineering challenges. Her primary research areas include thrust vector control, mesh turbomachinery design, and innovative jet systems for energy-efficient power generation. Voronova’s most cited work, “Solving Innovative Problems of Thrust Vector Control Based on Euler's Scientific Legacy” (2023, 17 citations), develops an interdisciplinary methodology for deflecting thrust vectors using controlled nozzles, drawing on Euler’s principles to enhance maneuverability in aerospace applications. She has also made significant contributions to turbomachinery efficiency through her 2021 paper on “Prototyping and Study of Mesh Turbomachinery Based on the Euler Turbine” (6 citations), which proposes combining rotary-vane and vortex workflows to improve performance. Her subsequent research on “Prototyping and Study of Jet Systems for Developing Mesh Turbomachines” (2021, 3 citations) addresses the critical need for durable machines operating under extreme conditions—high temperatures, gas-liquid flows, and abrasive particles. Voronova’s work is notable for its practical impact on energy and aerospace sectors, demonstrating how foundational scientific legacy can be leveraged to solve contemporary engineering problems. Her innovative approach continues to inspire new directions in propulsion and fluid dynamics.