Kerem Pekkan

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About

Kerem Pekkan is a leading figure in microfluidics and cardiovascular biomechanics, whose work bridges fundamental fluid dynamics with biomedical applications. His research focuses on high-resolution characterization of microscale flows, particularly in deep microchannels, where he has pioneered techniques for three-dimensional flow visualization. His most-cited paper, "High-speed three-dimensional characterization of fluid flows induced by micro-objects in deep microchannels" (2013, 7 citations), introduced innovative methods to capture complex flow patterns around micro-objects, enabling precise analysis of fluid-structure interactions at small scales. This work has implications for lab-on-a-chip devices, drug delivery systems, and understanding cellular mechanics. Pekkan’s contributions extend to modeling blood flow in congenital heart defects, where his insights have informed surgical planning. With a citation impact that continues to grow, his research is recognized for its technical rigor and translational potential. Notably, his interdisciplinary approach—combining experimental microfluidics with computational modeling—has made him a sought-after collaborator in both engineering and clinical settings, inspiring students to explore the frontiers of microscale transport phenomena.