Chunqiu Zhang

Papers

Total Citations

H-Index

About

Chunqiu Zhang’s research focuses on the intersection of surgical robotics, thermal dynamics, and orthopedic rehabilitation, with a particular emphasis on understanding and controlling bone drilling temperatures during surgical procedures. His most-cited work, “Prediction model of bone drilling temperature based on heat source method in surgical rehabilitation” (2020, 7 citations), introduces a novel three-dimensional governing equation for heat transfer in bone tissue. This model enables real-time temperature feedback during robot-assisted surgeries, addressing a critical challenge in preventing thermal necrosis and improving patient outcomes. By applying the heat source method to predict temperature distribution in the cortex, Zhang’s contribution provides a foundational tool for enhancing the precision and safety of surgical robots. His work is notable for bridging theoretical heat transfer analysis with practical surgical applications, offering a pathway to more intelligent, responsive rehabilitation technologies. With growing recognition in the biomechanics and surgical robotics communities, Zhang’s research continues to influence the development of safer, data-driven surgical interventions.