1.Thermal-hydraulic analysis of He-Xe gas mixtures in triangular rod bundle wrapped with different shaped wire wraps,Applied Thermal Engineering,2025, 259, 124867.
2.Flow and heat transfer of He-Xe mixture in different ultra-compact heat exchangers,Applied Thermal Engineering,2025,270126194.
3.A detailed review on critical flow experiments and models,Annals of Nuclear Energy,2025219111441.
4.High-parameter multiphase critical flow in supercritical carbon dioxide nuclear energy system,Annals of Nuclear Energy,2026226111878.
5.Fast prediction and inverse modeling for parameterized depressurization from a CO2 vessel using POD-BPNN reduced-order method,Progress in Nuclear Energy,2025,183:105684.
6.A digital twin for upper plenum and hot legs of pressurized water reactor using CFD and non-intrusive reduced-order method,Applied Thermal Engineering,2025,276:126931.
7.HEM-constrained PINN with SHAP-guided optimization for predicting sCO2 critical flow through orifices across broad parameter conditions,International Journal of Heat and Mass Transfer,2026,255:127795.
8. Experimental study on axial self-propagation of heat transfer deterioration of near-critical carbon dioxide at low mass fluxes. International Journal of Heat and Mass Transfer 2024;218:124825.
9.Numerical study on flow structure and heat transfer of supercritical CO2 in tubes with different inclination angles. Progress in Nuclear Energy 2024;168:105028
10.A CFD Modeling Coupled with VOF Method and Solidification Model for Molten Jet Breakup at Low Velocity. Nuclear Science and Engineering 2023;197:398–412.
11. Influence of physical-property variations on leakage for supercritical CO2 seal. International Journal of Greenhouse Gas Control 2023;129:103989
12. Multi-region oscillation characteristics and hazard of supercritical carbon dioxide in parallel channels natural circulation system. Energy 2023;267:126587.
13.Research Advances in the Application of the Supercritical CO2 Brayton Cycle to Reactor Systems: A Review. Energies 2023;16:7367.