Papers
1
Total Citations
6
H-Index
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About
Hong Tao Wu is a leading researcher in surgical robotics and haptic feedback, with a primary focus on robot-assisted surgery (RAS) and tactile sensing for minimally invasive procedures. His work bridges mechanical engineering and biomedical applications, particularly in modeling tool–tissue interactions to improve surgical simulation and intraoperative feedback. A key contribution is his study of frictional contact between tactile sensors and soft biological tissues, exemplified by his 2013 paper on viscoelastic atrial tissue interaction during mitral valve repair. This work, cited 6 times, addresses the critical challenge of replicating realistic haptic cues in robotic surgery, where tactile feedback is essential for precise manipulation of delicate cardiac structures. By analyzing friction in sensor–tissue contact, Wu has advanced the design of more accurate surgical simulators and haptic interfaces, enhancing the safety and efficacy of RAS. His research is foundational for developing next-generation tactile sensors that provide surgeons with lifelike tissue feel, ultimately improving outcomes in complex cardiac procedures.
Research Focus
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