A. Orelaja Oluseyi

Papers

Total Citations

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About

A. Orelaja Oluseyi is a researcher focused on advancing surgical robotics and biomedical manufacturing, with a particular emphasis on optimizing bone drilling processes. His work addresses critical challenges in orthopedic surgery, where precision and safety are paramount. In his most cited study, "Experimental Investigation of Relationship between Cutting Force, Vibration Frequency and Temperature Gradient During Robotic Assisted Bone Drilling" (2020), Oluseyi systematically explores how cutting force, vibration, and temperature interact during robotic-assisted procedures. This research provides foundational insights for reducing thermal necrosis and mechanical damage to bone tissue, directly improving patient outcomes in sensitive orthopedic surgeries. While his citation count is currently modest, his contributions are significant for the emerging field of robotic surgery, offering a data-driven framework for safer, more efficient drilling techniques. Oluseyi’s work bridges mechanical engineering and clinical practice, positioning him as a key voice in the development of next-generation surgical tools. His findings have implications not only for orthopedics but also for broader applications in precision machining and biomedical device design, making his research a valuable resource for students and engineers working at the intersection of robotics and healthcare.