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About

Volodymyr Gurey is a mechanical engineer and applied mathematician whose research sits at the dynamic intersection of vibration mechanics, robotics, and mathematical modeling. His work focuses primarily on vibration-driven locomotion systems, with particular emphasis on in-pipe robots and semidefinite vibratory systems — a technically demanding area with significant real-world engineering applications in infrastructure inspection and maintenance. Gurey's most influential contribution, his 2021 mathematical modeling of semidefinite vibro-impact systems on rough surfaces (16 citations), established foundational theoretical frameworks for understanding unrestrained vibratory systems used in locomotion-driven robots and capsules. Building on this work, he has made substantial advances in wheeled in-pipe robot design, combining rigorous mathematical modeling with experimental validation — a dual approach that distinguishes his research for both its theoretical depth and practical relevance. His 2022 papers on wheeled in-pipe robots (collectively accumulating over 20 citations) demonstrate the progression from simulation to physical experimentation, lending credibility and applicability to his findings. More recently, Gurey has explored the integration of overrunning clutches into vibration-driven systems, refining locomotion efficiency. With nearly 50 total citations across a focused body of recent work, he is emerging as a notable contributor to mobile robotics and nonlinear dynamics research.