Education & Working Experience

2007-          Professor, Dept. Of Thermal Sci. & Energy Eng., USTB

2001-2007  Associated Professor, Dept. Of Thermal Sci. & Energy Eng., USTB

1997-2001  Assistant Professor, Dept. Of Thermal Sci. & Energy Eng., USTB

1994-1997  Ph. D, Thermal Engineering Department. Tsinghua University

1991-1994  Master, Thermal Engineering Department. USTB

1987-1991  Bachelor, Metallurgy and Materials Engineering Dept. Chongqing University

Teaching

1. Engineering Fluid Mechanics (for undergraduate students)

2. Advanced Fluid Mechanics (for graduate students)

Research projects

1. National Key R&D Program of China, No. 2017YFB0603502，2017/07-  

2. National Key R&D Program of China , No. 2016YFB0601102，2016/07-2019/09 

3. International collaborating project, Removal process for trace CO2 from air, 2016/04-2017/09

4. International collaborating project, Improved process for air pre-purification, 2011/09-2015/09

5. National Key R&D Program of China(863), No. 2009AA063201，2009/07-2012/07

6. National Natural Science Foundation of China，No.50406025, 2004/01-2007/12

7. National Key Foundation Project (973),No. G1999022208-8, 1999/09-2003/09

Academic Achievements

Main journal publications：

1. Xiao Liang, Xiang Jun Liu, Dehong Xia，Lagrangian simulation and exergy analysis for waste heat recovery from high-temperature particles using countercurrent moving beds， Applied Thermal Engineering, 2019,160, 114115

2. Xiao Liang, Xiang Jun Liu, Dehong Xia， Numerical investigation of the gas–solid heat transfer characteristics of packed multi-size particles，International Journal of Heat and Mass Transfer, 2020,149, 119237

3. Yang Yang You, Xiang Jun Liu，Modeling of CO2 adsorption and recovery from wet flue gas by using activated carbon，Chemical Engineering Journal, 2019,369, 672–685

4. Yang Yang You, Xiang Jun Liu, Tang Lin Liu，Numerical Investigations of CO2 Sorption and Recovery Process from Wet Flue Gas by Using K2CO3/Al2O3 in a Fixed Bed，Energy & Fuels，2018, 32(1)，725-735

5. Yun Fei Shi, Xiang Jun Liu，Heat and Mass Transport Characteristics of Pressure Swing Adsorption for the Removal of High-Level Moisture along with CO2 from Air，Ind. Eng. Chem. Res. 2018, 57(18)， 6464-6476

6. Yun Fei Shi, Xiang Jun Liu, Yu Guo,Mohammad Ali Kalbassi,Ying Shu Liu, Desorption characteristics of H2O and CO2 from alumina F200 under different feed/purge pressure ratios and regeneration temperatures, Adsorption, 2017, 23,999–1011

7. Xiang Jun Liu，Yun Fei Shi，Mohammad Ali Kalbassi，Richard Underwood，Ying Shu Liu，A comprehensive description of water vapor equilibriums on alumina F-200: Adsorption, desorption, and H2O/CO2 binary adsorption，Separation and Purification Technology，2014，2014（133）：276-281.

8. Xiang Jun Liu，Yun Fei Shi，Mohammad Ali Kalbassi，Richard Underwood，Ying Shu Liu，Water vapor adsorption isotherm expressions based on capillary Condensation，Separation and Purification Technology，2013，2013（116）：95-100.

9. Xiangjun Liu, Xuchang Xu. Modelling of Dense Gas-particle Flow in a Circulating Fluidized Bed by Distinct Cluster Method, Powder Technology, 195,pp 235–244, 2009

10. Xiang Jun Liu, Li Li. Numerical studies on the combustion properties of char particle clusters，International Journal of Heat and Mass Transfer，52, pp4785–4795, 2009

11. Xiangjun Liu ,Xu Xuchang Wurong Zhang，Numerical Simulation of Dense Particle-Gas Two-phase Flow Using Minimal Potential Energy Principle, Journal of University of Science and Technology Beijing. 2006,13（3）pp301-307

12. Xiangjun Liu, W. R. Zhang, T. J. Park. Modelling  coal gasification  in an Entrained  Flow  Gasifier , Combust. Theory and Modelling  Vol.5 No.4 Dec. 2001 pp.595-608

Books

1. 《Engineering Fluid Mechanics》(2nd edition), the electric power industry press, 2013

Patents

1. Equipments and method for reducing particle accumulation in heat exchanger of hot granules， ZL2018 1 0339430.4

2. A new equipment for waste heat recovery from hot granules with a wide size distribution，ZL2018 1 0339430.4