Xiaolong Ke

Papers

Total Citations

167

H-Index

About

Xiaolong Ke is a leading researcher in advanced manufacturing, specializing in precision polishing and surface integrity engineering. His work focuses on developing and optimizing flexible and semi-rigid tool technologies for ultra-precision finishing of difficult-to-machine materials. Ke’s major contributions include a comprehensive review on robot-assisted polishing, which has become a foundational reference with 139 citations, mapping the status and future directions of the field. He has also conducted pivotal studies on the polishing of Ti6Al4V alloy—critical for aerospace and medical applications—analyzing how tool rigidity affects material removal and surface integrity. Additionally, his investigation into binder effects during ultra-precision polishing of tungsten carbide has advanced the production of ultra-smooth surfaces for high-performance molds and cutting tools. Through these works, Ke has demonstrated how tailored tool design can overcome challenges in polishing hard, brittle, and biocompatible materials. His research not only deepens fundamental understanding of polishing mechanics but also provides practical pathways for industrial applications, making him a key figure in the evolution of precision surface finishing.