Carl White

Inspire Institute, University of Virginia

Papers

Total Citations

536

H-Index

About

Carl White is a leading figure in bio-inspired robotics, with a primary focus on unraveling the hydrodynamics of high-performance swimming in thunniform fish like tuna and mackerel. His work bridges the gap between biology and engineering, creating robotic platforms that serve as experimental tools to explore the physical limits of aquatic locomotion. White’s major contribution is the development of the Tunabot series—high-frequency, tuna-inspired robots that replicate the kinematics and performance of real fish. His seminal 2019 paper, “Tuna robotics: A high-frequency experimental platform exploring the performance space of swimming fishes,” has garnered 346 citations, establishing a foundational methodology for measuring body kinematics, speed, and power at increasing tail beat frequencies. This work was extended in the 2020 paper on the Tunabot Flex, which demonstrated how body flexibility enables high-performance swimming at frequencies exceeding those of most previous robotic systems. White’s research has profound implications for understanding the cost of transport and flow field dynamics, with his 2021 study on rapid linear accelerations further exploring lift-based thrust from lunate caudal fins. By combining experimental analyses of freely swimming fish with robotic models, White has created a powerful framework for studying locomotion, influencing both biological research and the design of agile underwater vehicles.