Chenjun Zhu

China University of Mining and Technology

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About

Dr. Chenjun Zhu is a pioneering researcher in biomimetic robotics and electromagnetic actuation systems, with a focused expertise in the optimization of underwater unmanned technologies. Their most cited work, "Optimization Design Of Electromagnetic Actuator For Bionic Robotic Fish Based On Genetic Algorithm" (2022, 2 citations), represents a significant contribution to advancing the efficiency of biomimetic robotic fish. In this study, Zhu developed a novel mathematical model that optimizes electromagnetic coil parameters using genetic algorithms, directly addressing critical challenges in underwater propulsion and maneuverability. This research bridges the gap between theoretical electromagnetic design and practical robotic applications, offering a systematic approach to enhance actuator performance for autonomous underwater systems. Zhu's work is particularly notable for its interdisciplinary integration of evolutionary computation with electromagnetic engineering, providing a foundation for more agile and energy-efficient bionic robots. As a researcher committed to pushing the boundaries of soft robotics and intelligent actuation, Zhu's contributions hold promise for applications in environmental monitoring, underwater exploration, and defense technologies, establishing them as an emerging voice in the field of biomimetic engineering.