Kang Yong Han

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About

Dr. Kang Yong Han is a leading researcher in advanced manufacturing and robotic surface engineering, with a primary focus on ultrasonic surface strengthening technologies for high-value aerospace components. His most significant contribution lies in developing automated path planning methods for robotic ultrasonic surface strengthening of turbine blades, a critical process for enhancing fatigue life and performance. In his seminal 2019 work, Dr. Han proposed a novel path planning algorithm that integrates a nonlinear isotropic strengthening–kinematic hardening constitutive model to establish the dynamic response of ultrasonic surface treatment. This breakthrough enables precise, repeatable automation of what was previously a manual or semi-automated process, directly addressing industry challenges in aero-engine manufacturing. His research, which has garnered over 7 citations, bridges the gap between materials science and robotics, offering practical solutions for complex geometries. Dr. Han's work is particularly notable for its direct industrial applicability, providing a foundation for intelligent, adaptive robotic systems in surface engineering. Through his innovative integration of material modeling and robotic control, he continues to shape the future of automated surface strengthening for critical aerospace applications.