Undergraduate Innovation & Entrepreneurship Training

Supervising national/provincial/university-level innovation training projects for undergraduate students.

Ongoing Projects

Level: University Level
Principal Investigator: Gong Daxuan (24345015)
Advisor: Lai Zhengshou
Duration: Jan 2026 - Dec 2026
Description: Development of a physics engine-based digital simulation system for disaster evacuation in large underground spaces. The project integrates real 3D underground structural models with physics simulation and intelligent agent behavior modeling to evaluate evacuation capabilities.

Level: University Level
Team Members: Zheng Zefeng, Gong Daxuan, Zhang Luoyun, Zhong Zhuoneng, Zhu Xinsheng
Advisor: Lai Zhengshou
Description: Addressing the high barrier of entry and low rendering quality of existing scientific visualization software by developing a ray tracing-based renderer with GPU acceleration to lower the threshold for scientific computing visualization.

Level: University Level
Team Members: Zhang Haoqin, Liu Mingjing
Advisors: Lai Zhengshou, Huang Linchong
Description: Research on drag force models for coral sand particles in water flow based on CFD-DEM fluid-structure coupling theory. Numerical simulation and experimental comparison of regular and coral sand particle sedimentation, analyzing the correlation between particle geometric characteristic parameters and settling behavior.

Level: University Level
Principal Investigator: Liu Mingjing
Advisors: Lai Zhengshou, Huang Linchong
Description: Integration of OpenFOAM and NetDEM to form a CFD-DEM coupling system. Design and implementation of indoor physical experiments and numerical simulations of drag force on granular materials in flow fields, validating the correctness and effectiveness of CFD-DEM.
Outcomes:
- 2 software copyrights approved
- Award in International Rock Mechanics and Engineering Numerical Simulation Competition

For more information or to apply, please contact the advisor.