Xuanshi Cheng
Papers
1
Total Citations
7
H-Index
1
About
Xuanshi Cheng is a researcher whose work lies at the intersection of tribology, soft matter physics, and contact mechanics. Their most-cited study, "Does static friction information predict the onset of sliding for soft material?" (2024, 7 citations), addresses a fundamental challenge in understanding the transition from static to kinetic friction in deformable materials. By investigating whether pre-sliding static friction data can reliably forecast the moment sliding begins, Cheng provides critical insights into the predictive modeling of frictional behavior—a topic with implications for robotics, haptics, and material design. This contribution is particularly notable for bridging empirical observation with theoretical prediction in soft contact systems, where traditional friction laws often fail. Though early in their career, Cheng’s focused exploration of soft material friction signals a promising trajectory, offering a fresh perspective on a classic problem. Their work is already informing how engineers and physicists approach the stability and control of interfaces in compliant systems, making Cheng a rising voice in the study of surface interactions.
Research Focus
Key Achievements
Top Papers
- 1