Bruce Hazel
Papers
36
Total Citations
485
H-Index
14
About
Bruce Hazel is a pioneering researcher in the field of field robotics and automation for industrial maintenance, with a particular focus on hydropower infrastructure and robotic machining processes. His most significant contributions center on the development and deployment of portable robotic systems capable of performing complex in situ repair and maintenance tasks on large-scale hydropower equipment — work that has fundamentally challenged the assumption that such operations must be done manually or require costly off-site disassembly. His research on the SCOMPI robot stands as a landmark achievement, demonstrating that automated grinding, polishing, and structural repair can be executed directly in the field with precision and efficiency (cited 43 and 32 times respectively). Hazel has also made substantial contributions to the dynamics of robotic grinding, investigating vibration behavior in flexible-joint manipulators, impacting oscillations, and thermal energy partitioning during machining — work widely referenced in industrial automation research. His more recent investigations into time-varying system identification and induction heat treatment for large steel components reflect an evolving research agenda bridging robotics, structural dynamics, and advanced manufacturing. Collectively, his portfolio demonstrates both deep technical rigor and practical, real-world engineering impact.
Research Focus
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Top Papers
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- 10Robotic approach to improve turbine surface finish21 citations · 2010