Coen van den Berg

Vrije Universiteit Amsterdam, University of Cambridge

Papers

Total Citations

1,034

H-Index

About

Coen van den Berg is a pioneering researcher in the field of insect flight aerodynamics, whose work has fundamentally advanced our understanding of how flying insects generate lift through unsteady fluid dynamic mechanisms. Working primarily with the hawkmoth *Manduca sexta* as a model system, van den Berg made landmark contributions to uncovering the role of leading-edge vortices in flapping wing flight — a phenomenon now recognized as central to insect aerodynamics. His most influential work combines innovative experimental and computational approaches, including the development of scaled-up robotic insect models ("flappers") that faithfully replicate complex wing kinematics, and sophisticated Computational Fluid Dynamics (CFD) simulations of hovering flight. These tools allowed him to visualize and quantify the intricate three-dimensional flow structures produced by flapping wings in ways previously impossible. His 1998 CFD study alone has garnered over 460 citations, with related experimental studies collectively accumulating more than 1,000 citations — a testament to their enduring influence. Van den Berg's research has had broad impact across biology, physics, and engineering, directly informing the design of bio-inspired micro air vehicles and deepening scientific appreciation of nature's elegant aerodynamic solutions.