Dae Gyoum Kim

Dae Gyoum Kim is a faculty member in the Department of Mechanical Engineering at KAIST. His research focuses on mechanical engineering, with specific interests in fluid-structure interaction, multi-phase flow, and related areas such as bio-inspired flow, flow-induced vibration, and interfacial flow. His work also encompasses bubble dynamics, convection and phase change, magneto- and electrohydrodynamics, and industrial applications. Kim's research is conducted through the Applied Fluid Mechanics Laboratory at KAIST, which can be accessed via his website at http://fluid.kaist.ac.kr/.

Daegyoum Kim is a researcher at KAIST, focusing on fluid dynamics and energy harvesting through innovative experimental and computational studies. His work explores the behavior of fluid-structure interactions, particularly in the context of vortex dynamics, flow separation control, and the performance of hydrofoils and wind turbines. Kim's research interests include the flapping dynamics of inverted flags, the efficiency of vertical-axis wind turbines, and the use of sweeping jets for heat transfer enhancement. He also investigates triboelectric nanogenerators for ocean energy harvesting and the aerodynamics of translating and rotating plates. His studies contribute to understanding complex flow phenomena and their applications in renewable energy systems.