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About

B.W. van Oudheusden is a distinguished researcher specializing in experimental aerodynamics, flapping-wing flight mechanics, and advanced flow visualization techniques, with particular expertise in micro air vehicles (MAVs) and unsteady aerodynamics. His work sits at a compelling intersection of robotics, fluid mechanics, and aerospace engineering. Van Oudheusden has made significant contributions to the understanding of bio-inspired flight, most notably through his involvement in the landmark DelFly project — a pioneering ornithopter initiative that has attracted over 210 citations and remains one of the most influential works in autonomous flapping-wing robotics. His research into bat-inspired flappers and stroke plane angle control has further deepened scientific understanding of leading-edge vortex dynamics, a critical phenomenon in agile flight. A recurring theme in his work is the development of innovative, non-intrusive measurement methodologies. From large-scale volumetric PIV wake visualization to integrated optical approaches for determining aeroelastic loads on flexible wings and pitching airfoils, van Oudheusden consistently pushes the boundaries of experimental technique. His 2019 achievement of free-flight flow visualization in a wind tunnel using a position-controlled flapping robot exemplifies this ingenuity. Collectively, his contributions provide foundational tools and insights for the next generation of MAV designers and aerodynamicists.