Yunlong Ma

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About

Yunlong Ma is a rising researcher in the field of bio-inspired hydrodynamics, with a primary focus on the locomotion and collective behavior of manta rays. His work bridges biology and engineering, aiming to uncover the fluid mechanics behind these graceful creatures’ efficient swimming. Ma’s major contributions include pioneering numerical simulations that explore the hydrodynamic characteristics of manta-inspired foils and the complex interactions in tandem gliding. His most cited paper, “Investigation of the Hydrodynamic Characteristics of Two Manta Rays Tandem Gliding” (2022, 15 citations), systematically examines how front-to-back distance and angle of attack affect performance, offering insights into collective motion. In earlier work, “Numerical investigations on the thrust generation of a manta-inspired foil” (2020, 3 citations), he revealed how active deformation at low Reynolds numbers generates propulsive force, laying groundwork for biomimetic underwater vehicle design. While his citation counts are modest, reflecting his early career stage, Ma’s research is notable for its precision and potential impact on robotics and marine science. His achievements demonstrate a keen ability to translate biological phenomena into engineering principles, making him a promising voice in fluid dynamics and bio-inspired design.