Energy Transport Laboratory (E. T. Lab)
State Key Laboratory of Advanced Design and Manufacturing for Vehicle Body
College of Mechanical and Vehicle Engineering, Hunan University, China
能量输运实验室 @计算联盟 @湖南大学 机械与运载工程学院 汽车车身先进设计制造国家重点实验室
微纳尺度传热 & 智能热管理 & 先进减震防护
RESEARCH OVERVIEW
Micro-/nanoscale heat transfer for energy applications
- Exploration of the modulating limits of heat transfer performance by employing novel manners;
- Phonon transport in nanostructures with interfaces or boundaries;
- Multi-scale simulation of phonon transport in complex structures;
- Regulating (anisotropic) thermal transport in microstructures manufactured by 3D printing;
- The microscopic theory for lattice anharmonicity with electron/magnon/phonon coupling at finite temperature;
Design of advanced thermal functional materials associated with artificial intelligence (AI)
- Development of machine learning potential for large-scale molecular dynamics (MD) simulations;
- Development of cutting-edge AI algorithms to understand thermal transport process in complex energy systems;
- Fast and accurate prediction of thermal transport properties from basic parameters;
- High-throughput screening of materials with targeted thermal properties;
Characterizing thermal transport properties of semiconductor heterostructure or liquid
- Design composite materials with advanced heat transfer performance;
- Design heterostructures and microstructures with anisotropic behavior of thermal transport;
- Supercritical fluid at high temperature and pressure;
- Searching for nanofluids with high thermal conductivity by incorporating nanoparticles;
CONTACT US
College of Mechanical and Vehicle Engineering 219
Hunan University
Lushan South Road 2, Changsha 410082, P. R. China
智 能 热 管 理
Intelligent Thermal Management
微信公众号 WeChat Public Platform
