Papers
4
Total Citations
89
H-Index
3
About
Xinran Chen is a pioneering researcher at the intersection of advanced materials, soft robotics, and biomedical engineering. Their work is defined by solving fundamental challenges in creating intelligent, multifunctional systems—from high-performance composites to life-saving surgical tools. Chen’s most impactful contribution is the development of a high-performance thermal conductive and electrical insulating composite featuring a robust neuron-like microstructure (51 citations), offering a breakthrough for thermal management in electronics. In the realm of robotics, Chen introduced a human-behaviour-based social locomotion model (26 citations), significantly advancing the natural movement and humanization of social robots. More recently, Chen has pushed the boundaries of microscale actuation with soft micromotors capable of 3D-to-3D shape reconfiguration (9 citations), enabling fast, dynamically controllable motion for applications in mixing and targeted transport. Demonstrating remarkable translational impact, Chen has also pioneered a robotic retrohepatic inferior vena cava thrombectomy technique using the caudate lobectomy approach (3 citations), establishing a new standard of safety and feasibility in complex oncologic surgery. This diverse portfolio showcases Chen’s unique ability to bridge materials science, robotics, and clinical medicine, making them a leading voice in next-generation intelligent systems.
Research Focus
Key Achievements
Top Papers
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