Victor Renan Bolzon
Papers
2
Total Citations
13
H-Index
2
About
Victor Renan Bolzon is a researcher specializing in the optimal design of flexible parallel robots, with a focus on integrating kinematic and elastodynamic performance criteria. His work addresses the challenge of simultaneously maximizing workspace size and dynamic behavior in robotic systems with flexible joints. In his 2018 paper, "Optimal Kinematic and Elastodynamic Design of Planar Parallel Robot with Flexible Joints," Bolzon proposes a procedure to determine optimal link dimensions that balance these competing objectives, earning 7 citations. His earlier 2017 study, "Optimal design of flexible parallel robot based on kinematic and dynamic criteria," further develops this approach by establishing complete kinematic and dynamic models to evaluate workspace and elasto-dynamic performance, garnering 6 citations. Together, these contributions provide a systematic framework for designing more efficient and versatile parallel robots, particularly relevant in applications requiring precision and adaptability. Bolzon’s work is notable for its practical impact on robotics design, offering engineers a clear methodology to enhance both the reach and responsiveness of flexible-joint systems. His research continues to influence the field of parallel robotics and optimal design.
Research Focus
Key Achievements
Top Papers
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