Vladimir Viktorov

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About

Vladimir Viktorov is a leading expert in the field of precision pneumatic and aerostatic bearing technology, with a career dedicated to advancing the performance of air-bearing systems for high-stakes industrial applications. His research focuses on the modeling, design, and control of air bearings used in continuous positioning systems, machine tool slides, and measuring robots. Viktorov’s major contributions include the development of a lumped model for grooved aerostatic pads (2018, 13 citations), which provides a simplified yet accurate framework for predicting bearing behavior. He is also recognized for his pioneering work on pneumatic controlled air bearings (2002, 8 citations), where he demonstrated how active control systems can significantly enhance bearing stiffness by regulating gap height in response to applied loads. This work is critical for improving precision in manufacturing and metrology. Viktorov’s research has been cited over 20 times, reflecting its influence on both academic studies and practical engineering solutions. His achievements underscore a career spent bridging theoretical modeling with real-world precision machinery, making him a notable figure in tribology and mechanical design.