XuXun

time:2026-01-23

Name: XuXun Title: lecturer

Email: xuxun@ncu.edu.cn Supervisor Type:

Main Courses: Engineering Thermodynamics，Energy and Environment

Personal Website:

Research Directions

1.Intelligent thermal management technology based on fluid structure coupling

This study focuses on the coupling resonance mechanism between flexible structures and flow, aiming to significantly improve heat transfer efficiency by actively/passively exciting large-scale vortex structures. The core technology lies in designing a flexible vortex generator that matches the flow frequency, achieving synergistic enhancement of multiple physical fields of "flow structure heat transfer". This technology provides innovative solutions for high-density heat dissipation bottlenecks such as data centers and high-power battery packs.

2.Sloshing liquid damping technology and structural vibration control

This study aims to develop a new damping technology based on liquid oscillation energy dissipation. By precisely regulating the coupling effect between internal flow and nonlinear elastic bodies, the energy dissipation density is greatly enhanced, providing a broadband vibration reduction solution that combines high cost-effectiveness and high reliability for offshore platforms, super high-rise buildings, and large spatial structures.

Education Background

2004.09 – 2008.7, Xi'an Jiaotong University, Energy and Power Engineering (Joint Master's Program), Bachelor.

2008.07 – 2019.12, Xi'an Jiaotong University, Power Engineering and Engineering Thermophysics (Joint Master's and Doctoral Programs), Ph.D.

Work Experience

2019.12 ~ Present, Nanchang University, School of Advanced Manufacturing, lecturer

Academic Appointments

Personal Honors

Outstanding Class Mentor(2023、2024)

Second Prize at the School Level in the 6th National College Teacher Teaching Innovation Competition(2026)

Major Achievements

Lead one industry-sponsored project. Published over 10 papers in the fields of fluid solid coupling and heat and mass transfer.