Noboru Yamazaki
Papers
2
Total Citations
22
H-Index
2
About
Noboru Yamazaki is a leading researcher in biomedical engineering, specializing in computational modeling and simulation of thermal therapies for cancer treatment. His work focuses on improving the precision of radiofrequency (RF) ablation for liver cancer, a minimally invasive procedure challenged by the cooling effect of blood flow. Yamazaki’s major contributions include developing a finite element method-based biomechanical simulation to estimate intraoperative blood flow during liver RF ablation, a key paper that has garnered 13 citations. He also advanced the field by validating a liver model with temperature-dependent thermal conductivity, comparing simulations with in vitro experiments to enhance the accuracy of coagulation zone prediction (9 citations). These achievements address critical limitations in imaging modalities, offering operators better control over treatment outcomes. Yamazaki’s research bridges computational biomechanics and clinical oncology, providing tools that could significantly improve the efficacy and safety of thermal ablation procedures. His work is foundational for students and researchers exploring patient-specific simulations in interventional oncology, demonstrating how engineering principles can solve real-world medical challenges.
Research Focus
Key Achievements
Top Papers
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