Yunlong Gao

Intelligent Health (United Kingdom), South China University of Technology

Papers

Total Citations

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About

Yunlong Gao is a rising innovator in the field of soft robotics, with a focused expertise in stiffness-tunable actuators and shape-morphing structures. His research addresses a critical limitation of soft robots: their inherent lack of rigidity under heavy loads. Gao’s major contributions include the development of novel variable-stiffness mechanisms, such as a 3D-printed shape-memory polymer-based origami actuator for multimodal soft continuum robots (2025, 9 citations), which enables a robot to switch between compliant and rigid states for enhanced stability. He has also pioneered a tendon-driven stiffness-tunable soft actuator that leverages thermoelectric-based bidirectional temperature control (2024, 7 citations), offering a precise and efficient method for on-demand stiffness modulation. These works are foundational for advancing soft robots from laboratory curiosities to practical tools capable of high-load tasks. Gao’s research is notable for its integration of smart materials and thermal management, directly tackling the core trade-off between flexibility and strength. His work is quickly gaining recognition, positioning him as a key contributor to the next generation of adaptive and resilient robotic systems.