Ersan Demirer

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About

Ersan Demirer is a rising researcher in bio-inspired fluid dynamics, whose work bridges computational mechanics and biological propulsion. His primary research areas include fluid–structure interaction (FSI), hydrodynamic performance of elastic propulsors, and bio-inspired engineering design. Demirer’s most notable contribution comes from his 2022 study on oscillating elastic propulsors with tapered thickness, where he employed advanced FSI computational modelling to investigate how thickness tapering—inspired by the acoustic black hole effect—enhances hydrodynamic efficiency at a Reynolds number of 2000. This work, which has garnered 15 citations, demonstrates that tapering can significantly alter thrust and wake dynamics, offering new insights for designing more efficient underwater vehicles and robotic swimmers. By systematically analyzing the interplay between structural flexibility and fluid forces, Demirer has provided a foundational framework for optimizing bio-inspired propulsors. His research not only advances fundamental understanding of oscillating foils but also holds practical implications for marine engineering and soft robotics. As an emerging scholar, Demirer’s work is increasingly recognized for its innovative integration of biological principles with computational fluid dynamics, positioning him as a promising voice in the field of unsteady hydrodynamics and biomimetic propulsion.