Papers
1
Total Citations
7
H-Index
1
About
Xinxin Wang is a rising researcher in mechanical and materials engineering, whose work focuses on the design of advanced metamaterials for vibration control and robotic applications. Their most-cited paper, "Optimal design of a novel nested metamaterial with hybrid auxetic-locally resonant band gap for suppressing robotic grinding vibration" (2024, 7 citations), introduces a groundbreaking nested metamaterial that combines auxetic and locally resonant properties to achieve a hybrid band gap. This innovation significantly enhances vibration suppression in robotic grinding, a critical challenge in precision manufacturing. Wang’s contributions lie in optimizing the structural topology of metamaterials to achieve both negative Poisson’s ratio and tunable band gaps, offering a novel solution for reducing harmful vibrations in high-precision robotic systems. Despite being early in their career, Wang’s work has already attracted attention for its practical implications in industrial robotics and smart materials. Their research bridges theoretical design and real-world application, positioning them as a promising voice in the field of mechanical metamaterials and vibration engineering.
Research Focus
Key Achievements
Top Papers
- 1