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Total Citations
3
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About
Danyu Yang is a leading researcher in wireless power transfer and robotics, with a focus on enabling efficient, distance-insensitive charging for air–ground robotic systems. Their most cited work, "Convex Optimization of Mutual Inductance Between Multiantiparallel Coils for Distance-Insensitive Wireless Charging of Air–Ground Robots" (2021), introduces a novel approach to optimizing mutual inductance using multiantiparallel coils (MACs). By hybridizing analytical and numerical models, Yang significantly reduces optimization costs while maintaining high performance—a key contribution to practical, scalable wireless charging. This work has garnered 3 citations, reflecting its emerging impact in the field. Yang’s research bridges electromagnetic theory and robotic applications, addressing critical challenges in autonomous system endurance. Their innovative use of convex optimization for coil design demonstrates a commitment to both theoretical rigor and real-world utility. As a researcher, Yang is recognized for advancing the intersection of power electronics and robotics, with implications for logistics, surveillance, and disaster response. Their work continues to inspire new approaches to contactless energy transfer in dynamic environments.
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