About Me
As a PhD candidate at Zhejiang University's Institute of Fluid Engineering, my research leverages high-performance computing (HPC) to model complex fibrous materials. Through self-developed large-scale DEM-CFD simulations and machine learning, I investigate mechanical properties, wave propagation, and flow dynamics. My current work focuses on developing programmable active matter using computational design principles for swarm robotics applications.
Projects
Mechanical Modulation of Entangled Granular Materials through Particle Shape
This project explores how varying particle shapes in granular materials influences their mechanical entanglement and overall properties, using DEM simulations and machine learning to design tunable structures.
Stress Wave Propagation and Flow Dynamics in Fibrous Materials under Impact
This research investigates the propagation of stress waves in fibrous materials during low-speed impacts and their flow dynamics under high-speed gas impingements, combining DEM and CFD models.
Programmable Active Matter
This project develops programmable active materials by incorporating activity into fibrous particles, enabling self-emergent behaviors in robotic swarms through physical mechanisms.
Contact
Email: 12224048@zju.edu.cn
📱 WeChat: wp2469780416