Georges Van der Perre
Papers
10
Total Citations
214
H-Index
6
About
Georges Van der Perre is a pioneering researcher at the intersection of biomedical engineering, robotics, and orthopedic surgery, whose work has significantly advanced the field of robot-assisted joint reconstruction. His most influential contributions center on developing precise robotic systems for total knee arthroplasty (TKA), where accurate bone preparation is critical for implant longevity and patient outcomes. His widely cited 2001 study on bone milling parameters — examining temperature, forces, and surface flatness during robot-assisted TKA — has garnered 59 citations and remains a foundational reference in surgical robotics. Earlier work from 1998 on force-controlled robotic machining of tibial implants (36 citations) demonstrated the feasibility of high-precision robotic cuts in orthopedic surgery. Beyond surgical robotics, Van der Perre expanded into rehabilitation engineering, co-authoring a notable 2008 paper (44 citations) on pneumatic artificial muscle-powered transtibial prostheses, highlighting the potential of compliant actuation in assistive devices. His investigations into tibial registration accuracy and intramedullary rod alignment further refined clinical protocols for robotic TKA procedures. Across his career, Van der Perre has consistently bridged engineering innovation with clinical application, making lasting contributions to precision orthopedics and assistive technology.
Research Focus
Key Achievements
Top Papers
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- 9A force controlled robot as a surgical tool in total knee arthroplasty2 citations · 1998
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