Dennis J. van Gerwen

Papers

Total Citations

263

H-Index

About

Dennis J. van Gerwen is a leading researcher in the mechanics of needle-tissue interaction, a field critical to advancing medical robotics and minimally invasive procedures. His work focuses on understanding and modeling the forces that arise when needles penetrate biological tissues, with direct applications in surgical simulation and robotic-assisted interventions. His most influential contribution, the 2012 survey "Needle–tissue interaction forces – A survey of experimental data," has garnered 247 citations, establishing itself as a foundational reference in the field. This comprehensive review systematically cataloged experimental data on needle-tissue forces, identifying key factors such as needle geometry, insertion speed, and tissue properties that influence interaction dynamics. Van Gerwen also contributed to the development of stochastic models for kidney puncture forces, as demonstrated in his 2013 study, which provided probabilistic frameworks to account for variability in tissue resistance. His work has been instrumental in improving the fidelity of needle-insertion simulators and the precision of needle-wielding robots, bridging the gap between theoretical mechanics and clinical practice. For students and researchers in biomechanics and medical robotics, van Gerwen’s research offers essential insights into the physical principles governing needle-tissue interaction.