Willem van de Water

Delft University of Technology, J.M. Burgerscentrum

Papers

Total Citations

H-Index

About

Willem van de Water is a physicist whose research lies at the intersection of fluid dynamics and experimental biomechanics, with a particular focus on swimming propulsion and turbulent flows. His most cited work, "The effect of hand posture on swimming efficiency" (2021, 4 citations), demonstrates an innovative approach to optimizing front crawl performance by using wind tunnel experiments—based on Reynolds similarity—to measure how thumb and finger positions maximize drag and thus propulsion efficiency. This work bridges fundamental fluid mechanics with practical athletic performance. Van de Water also explores the physics of turbulence, as seen in his study "Transition to turbulence behind a traveling plate" (2023, 1 citation), where he employs a robotic system to repeat experiments 42 times, mapping the Lyapunov field to quantify flow sensitivity to perturbations during the transition to turbulence. His work is notable for its creative experimental design, combining robotics, wind tunnels, and statistical analysis to uncover the hidden structure in chaotic flows. Though early in his citation impact, van de Water’s research offers compelling insights for students and researchers interested in the intersection of fluid dynamics, sports science, and nonlinear physics.