Maziar S. Hemati

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About

Maziar S. Hemati is a leading researcher in fluid dynamics, data-driven modeling, and flow control, with a particular focus on bioinspired robotics and hydrodynamic sensing. His work bridges the gap between theoretical fluid mechanics and practical engineering applications, especially in underwater locomotion and autonomous systems. Hemati is best known for his pioneering contributions to wake detection and sensing, where he developed methods to identify and characterize exotic wakes generated by swimming bodies—a critical capability for enabling robotic swimmers to sense and respond to their fluid environment. His 2019 paper, "Detecting exotic wakes with hydrodynamic sensors," which has garnered 20 citations, introduces novel strategies for detecting non-standard wakes that deviate from classical von Kármán vortex streets, expanding the possibilities for bioinspired control in schooling and target-following scenarios. This work builds on his earlier 2017 study on the same topic, which laid the groundwork for robust wake-sensing frameworks. Hemati’s research has significant implications for autonomous underwater vehicles, offering new pathways for efficient locomotion and environmental interaction. His innovative approach to combining hydrodynamic theory with sensor-based feedback control continues to influence the fields of fluid dynamics and robotics.