Xiaowei Zhang
Papers
1
Total Citations
13
H-Index
1
About
Xiaowei Zhang is a leading researcher in the computational mechanics of smart materials, with a particular focus on the finite element simulation of pH-sensitive hydrogels. His work bridges the gap between theoretical mechanics and practical biomedical engineering, addressing how amphoteric hydrogels—materials that respond to environmental pH—behave under complex physical and chemical stimuli. Zhang’s most cited paper (2017, 13 citations) provides a foundational framework for simulating hydrogel deformation under factors like pH, ionic concentration, and mechanical constraints, directly informing applications in drug delivery systems, biological cells, and robotic joints. By modeling these responsive materials, Zhang enables more precise control over their swelling and shrinking behaviors, which is critical for designing adaptive biomedical devices. His contributions are particularly notable for integrating solid mechanics with electrochemistry, offering engineers a robust tool to predict material performance in real-world conditions. While his citation count reflects a specialized but growing field, Zhang’s work is increasingly recognized for its potential to advance soft robotics and targeted therapeutics. His research exemplifies how computational modeling can accelerate the development of intelligent materials that sense and respond to their environment.
Research Focus
Key Achievements
Top Papers
- 1