1. Zhilin Yuan, Liang Wang*, et al. Study on the Influence of Multi-Frequency Noise on the Combustion Characteristics of Pool Fires in Ship Engine Rooms. Heat Transfer Research, 2024.
2. Liang Wang, Yinshu Guo, et al. Influence of Vibration Environment of Ship Engine Room on Combustion Characteristics of Small-Scale Pool Fires. Heat Transfer Research, 2023.
3.Liang Wang, Yinshu Guo， et al. Experimental study on mass burning rate and flame geometry of pool fires under two-way indirect ventilation in Ship's engine room. Case Studies in Thermal Engineering, 2022
4. Zhongzheng Wu，Liang Wang*, et al.Experimental and simulation study of the interaction characteristics of nano-MgO and smoke in the fire of a ship engine room. Fire and Materials, 2021.
5. Wei Liu, Liang Wang*, et al. Study of the flame flow and combustion characteristics of pool fires around a bluff body in the ship engine room. Case Studies in Thermal Engineering, 2021.
6. Liang Wang, et al. Experimentgal study of the combustion characteristicss of pool fires at low-pressure water mist with different concentrations of KCl additive in ship confined spaces. Heat Transfer Research,2021.
7. Liang Wang, et al. The effects of transient heat release rate and crosswind on flame length and tilt angle of flames at different positions in the spread of fire over a diesel pool. Fire and Materials, 2019.
8. Liang Wang, et al. Experimental study of the burning rate and flame length of a diesel pool fire at different initial oxygen concentrations in the engine room of a ship. Heat Transfer Research, 2019.
