Pengcheng Gao

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About

Pengcheng Gao is a rising researcher in the field of bio-inspired hydrodynamics, with a focus on the fluid mechanics of aquatic locomotion. His work primarily explores the collective motion and hydrodynamic interactions of marine animals, particularly manta rays, and the effects of flexibility on flapping foils. Gao’s major contributions include a detailed numerical investigation of the hydrodynamic characteristics of two manta rays gliding in tandem, revealing how front-to-back distance and angle of attack influence overall performance—a study that has garnered 15 citations since 2022. Additionally, his research on the effects of flexibility and motion parameters on a flapping foil at zero freestream velocity (9 citations, 2021) provides foundational insights into propulsion mechanisms in still water. These studies are pivotal for advancing the design of bio-inspired underwater vehicles and robotic systems. Gao’s work stands out for its rigorous computational modeling and its potential to inform efficient, maneuverable autonomous underwater vehicles, making him a notable contributor to the intersection of biology and engineering.