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About

Zihao Li is a leading researcher in the field of deep-sea engineering, with a primary focus on developing innovative buoyancy control systems and actuation mechanisms for subsea robotics. His major contributions center on the use of phase-change materials (PCM), particularly paraffin, to create electrothermal-driven modules that replace traditional, heavy hydraulic systems. Li’s work addresses the critical challenge of operating under extreme deep-sea pressures, offering lighter, more efficient alternatives for buoyancy control. His most cited paper, "Development and Experiments of an Electrothermal Driven Deep-Sea Buoyancy Control Module" (2020, 23 citations), demonstrates the practical viability of PCM-based systems. Further studies, including "Numerical simulation and experimental study on flexible buoyancy material of hollow glass microsphere and silicone rubber for small deep-sea soft robots" (2020, 10 citations), expand his impact into soft robotics. Li’s research is pivotal for advancing autonomous underwater vehicles (AUVs) and deep-sea exploration equipment, reducing reliance on cumbersome hydraulic components. His work has garnered growing attention, with cumulative citations reflecting its significance in enabling more agile, compact, and reliable deep-sea technologies.