Young-Dai Park

Papers

Total Citations

H-Index

About

Young-Dai Park is a leading researcher in the field of magnetorheological (MR) fluid technology and its application in haptic systems for robotic surgery. His work centers on developing intelligent actuators and control systems that enhance the precision and safety of minimally invasive procedures. Park’s most notable contribution is a pioneering force-modeling study for incisions into various tissues, which integrates an MRF haptic master to provide realistic, bidirectional force feedback during robot-assisted surgery. This work, cited 20 times, directly addresses the critical challenge of haptic transparency in teleoperation. Additionally, his research on the field-dependent characteristics of MR fluids containing corroded iron particles (10 citations) is essential for ensuring the long-term reliability and consistent performance of MR devices in demanding applications like vehicle suspension and robotic systems. By investigating the impact of particle corrosion on fluid behavior, Park has laid the groundwork for more durable and robust MR actuators. His combined expertise in haptics and smart materials places him at the forefront of creating safer, more intuitive interfaces for next-generation surgical robots and industrial automation.