Oleksandr Kachur
Papers
13
Total Citations
115
H-Index
7
About
Oleksandr Kachur is an emerging robotics and mechanical engineering researcher whose work centers on vibration-driven locomotion systems, mobile robotics, and pipeline inspection technologies. His research has made significant contributions to the mathematical modeling, computer simulation, and experimental validation of wheeled vibration-driven robots — machines that harness inertial exciters and unbalanced rotors to achieve controlled locomotion across challenging environments. Kachur's most impactful work explores how suspension geometry and impact gap parameters influence robot motion, with his studies on pantograph-type and V-shaped suspensions garnering over 20 and 8 citations respectively. His 2021 analysis of semidefinite vibro-impact systems sliding on rough surfaces (16 citations) laid important theoretical groundwork for understanding unrestrained oscillatory systems widely used in robotic capsules. A recurring theme across his portfolio is pipeline inspection, where he has advanced both wheeled and in-pipe robot designs through rigorous kinematic analysis and experimental verification. Collectively accumulating over 100 citations within just a few years, Kachur's research bridges theoretical dynamics and practical engineering, offering students and practitioners valuable tools for designing more efficient, reliable vibration-driven robotic systems applicable in industrial monitoring and automation contexts.
Research Focus
Key Achievements
Top Papers
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- 5Development and investigation of the vibration-driven in-pipe robot9 citations · 2023
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