Mirae Kim

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About

Mirae Kim is a researcher in experimental fluid dynamics, with a focus on automotive aerodynamics and flow visualization. Her work centers on understanding complex turbulent flows around bluff bodies, particularly side-view mirrors, which are critical for reducing drag and wind noise in vehicle design. In her most-cited study, "Robotic PTV study of the flow around automotive side-view mirror models" (2020), she pioneered the use of robotic particle tracking velocimetry (PTV) to capture three-dimensional, time-resolved flow structures with unprecedented detail. This work, which has garnered 9 citations, demonstrated how robotic systems can overcome traditional measurement limitations, offering new insights into wake dynamics and vortex shedding. Kim's contributions are notable for bridging experimental techniques and practical automotive engineering, providing data that directly informs aerodynamic optimization. Her research is especially valuable for students and engineers seeking to understand how advanced flow diagnostics can solve real-world design challenges, making her a key figure in the intersection of robotics and fluid mechanics.