Basic Information

 

Liangxing Li, Ph.D

Associate Professor

State Key Laboratory of Multiphase Flow in Power Engineering(MPFL)

School of Energy and Power Engineering, Xi'an Jiaotong University(XJTU)

 

Research Interests

Multiphase Flow and Heat Transfer;

Nuclear Power Safety and Thermal-Hydraulic;

Transport Phenomena in Porous Media;

Experimental Studies and Analysis on Severe Accident of Nuclear Power Plant;

Flow Boiling and Heat Transfer Enhancement；

Big Data abd Data Driven ​​

Contact

State Key Laboratory of Multiphase Flow in Power Engineering，Xi'an Jiaotong University

Xianning West Road 28#, Xi'an city, 710049, P.R. China

Email：liangxing.li@mail.xjtu.edu.cn

Working Experience

2013.01 - Present   Associate Professor   

                                State Key Laboratory of Multiphase Flow in Power Engineering,

                               Xi'an Jiaotong University, China

2012.06 - 2012.12  Research Consultant          Sehgal Consulting (Sweden)

2010.06 - 2012.12   Senior Researcher & Tutor of Ph.D student  

                                 Royal Institute of Technology(Sweden, KTH/NPS) 

2008.06 - 2010.05   Postdoc.       Royal Institute of Technology(Sweden, KTH/NPS)

                               

Education

2001.09 - 2008.05       Ph.D.      Power Engineering and Engineering Thermophysics                 

                                                  State Key Laboratory of Multiphase Flow in Power Engineering,

                                                  Xi'an Jiaotong University

 

1997.09 - 2001.07       B.S.        Thermal Engineering                    Zhanjiang Ocean University

                                                                                        (Rename as Guangdong Ocean University）

Teaching

 《Light Water Reactor Safety》, English,  for Master & Doctor students ;

 

《Energy Conservation and Environmental Protection》, English,  for Master students ;

 

《Severe Accident Analysis for Nulear Power Plant》, Chinese,  for Master students ;

 

《Big Data and Data Mining Techniques for Engineering Application》, Chinese,  for Undergraduate students.

Selected Papers

 

  1. Xiangyu Li, Liangxing Li*, Weimin Ma. Two-phase flow patterns identification in porous media using feature extraction and SVM [J]. International Journal of Multiphase Flow. 156:104222, 2022 【SCI: 000862876000005】
  2. Xiangyu Li, Liangxing Li*, Wenjie Wang, et al., Machine learning techniques applied to identify the two-phase flow pattern in porous media based on signal analysis[J]. Applied Sciences-Basel, 12(17): 8575, 2022 . 【SCI: 000852503500001】
  3. Liangxing Li*, Haoxiang Zhao, Jiayuan Zhao, Xiangyu Li. Single/Multi-Objective Optimi- zation Design and Numerical Studies for Lead-to-Supercritical Carbon Dioxide Heat Exchanger Based on Genetic Algorithm [J]. Applied Sciences-Basel, 12:7656, 2022. 【SCI: 000838841700001】
  4. Haoxiang Zhao, Liangxing Li, Xiangyu Li, Zhengzheng Zhang. Experimental study and analysis on the interfacial drag of two-phase flow in porous media[J]. Annals of Nuclear Energy, 2022, 172: 109085. 【SCI: 000793300600005】
  5. Zhengzheng Zhang, Liangxing Li, Weimin Ma, Yidan Yuan, et al., Experimental and numerical studies on the two-dimensional flow characteristics in the radially stratified porous bed, International Communications On Heat and Mass Transfer, 133：105940，2022【SCI:000806173800006】

  6. Xiangyu Li, Liangxing Li, Haoxiang Zhao, Xiaoming Yang, et al., Identification of two-phase flow pattern in porous media based on signal feature extraction, Flow Measurement and Instrumentation, 83:102123, 2022.【SCI:000744536000004】

  7. Jiayuan Zhao, Liangxing Li, Wei Xie, Haoxiang Zhao. Flow and heat transfer characteristics of liquid metal and supercritical CO2 in a twisted tube heat exchanger. International Journal of Thermal Sciences, 174: 107453, 2022.【SCI:000744796700003】

  8. Zhang, Shuangbao, Liangxing Li, Zhengzheng Zhang, Shuanglei Zhang. Three-dimensional modeling and loss-of-coolant accident analysis of high temperature gas cooled reactor. Annals of Nuclear Energy 1502021:107840, 2021.【SCI:000590396000047】

  9. Kailin Wang, Liangxing Li,et al., Design and hydraulic performance studies on an axial lead-bismuth pump for Gen-IV reactors, International Journal of Energy Research, 45: 11822-11836, 202. 【SCI:000556031800001】

  10. Liangxing Li, Zhihao Xu, Wei Xie, Zhengzheng Zhang.A Sensitivity Analysis of Bubble Departure Behavior in Vertical Channel Nucleate Boiling,  International Journal of Thermal Sciences,Vol.157: 106497, 2020.【WOS:000565598600010】

  11. Liangxing Li, Wei Xie, Zhengzheng Zhang, Shuanglei Zhang.Pressure drop in packed beds with horizontally or vertically stratified structure, Nuclear Engineering and Technology, Vol.52(11):2491-2498, 2020.【WOS:000567837500009】
  12. Zhengzheng Zhang, Liangxing Li, Wei Xie, Huasheng Wang.Experimental study of bubble formation process on the micro-orifice in mini channels, Experimental Thermal and Fluid Science, Vol.117:110-144,2020.【WOS:000537566000006】
  13. Liangxing Li, Wei Xie, et al., Experimental investigation on pressure drops in fixed porous beds packed with sands particles, Journal of porous media, 26(3):267-281, 2020. 【Wos: 000530691100005; EI: 20201508395056】
  14. Liangxing Li, Shuangbao Zhang, Kailin Wei, Wei Xie. Pressure Drops and Dryout Heat Fluxes of Packed Beds with Cylindrical Particles, Heat Transfer Engineerung, Vol.41(12):1-12,2019. 【Wos: 000534130600002; EI：2019190689 6503】
  15. Liangxing Li, Kailin Wang, Shuangbao Zhang, Wei Xie. An experimental study on two-phase flow resistances and interfacial drag in packed porous bed, Nuclear Engineering and Technology ,Vol. 50(6):842-848, 2018.【SCI：GN8MN； EI：20180204619320】
  16. Liangxing Li, Xumao Zou, Huasheng Wang, Shuangbao Zhang.  Investigations on two-phase flow resistances and its model modifications in a packed  bed. International Journal of Mutiphase of Flow, Vol.101, 24-34, 2018.【SCI：GB1SD； EI：20180204619320】
  17. Liangxing Li, Huasheng Wang, Xumao Zou,  Liubo Kong. Flow resistancescharacteristics in a particulate bed with the configurations of uniform mixture and stratification. Annals of Nuclear Energy, Vol.112, 62-70, 2018.【SCI：FR9QV； EI：20174104243566】
  18. Liangxing Li, Liubo Kong, Xumao Zou, Huasheng Wang. Pressure losses and interfacial drag for two-phase flow in porous beds with coarse particles. Annals of Nuclear Energy, Vol.101, 481-488, 2017. 【SCI：EI8OU； EI：20165203192428】
  19. Liangxing Li, Xumao Zou, JiaoJiao Lou, Huixiong Li, Xianliang Lei.  Pressure drops of single/two-phase flows through porous beds with multi-sizes spheres and sands particles. Annals of Nuclear Energy, Vol.85, 290-295, 2015. 【SCI：CR5VZ； EI：20152400941634】
  20. Sachin Thakre, Liangxing Li, Weimin Ma. An experimental study on coolability of a particulate bed with radial stratification or triangular shape.  Nuclear Engineering and Design, Vol.276, 54-63, 2014. 【SCI：AO0CM； EI：20142717884484】
  21. N. Chikhi, O. Coindreau, LiangXing. Li, W.. Ma, V. Taivassalo, E. Takasuo, S. Leininger, R. Kulenovic, E. Laurien.  Evaluation of an effective diameter to study quenching and dry-out of complex debris bed. Annals of Nuclear Energy，Vol.74, 24-41, 2014. 【SCI：AR1IB；EI：20151000592919】
  22. Sachin Thakre, Weimin Ma, Liangxing Li. A numerical analysis on hydrodynamics deformation of molten droplets in a water pool, Annals of Nuclear Energy, Vol.53, 228-237, 2013. 【SCI：098LG；  EI：20141517553804】
  23. Shengjie Gong, Weimin Ma, Liangxing Li. An experimental study on the effect of liquid film thickness on bubble dynamics, Applied Thermal Engineering, Vol.51, 459-467, 2013. 【SCI: 104ZV； EI：20130215874672】
  24. Liangxing Li, Weimin Ma, Sachin Thakre. An experimental study on pressure drop and dryout heat flux of two-phase flow in packed beds of multi-sized and irregular particles.  Nuclear Engineering and Design, Vol.242, 369-378, 2012.  【SCI： 903AH； EI：20115214645019】
  25. Liangxing Li, Shengjie Gong, Weimin Ma. Experimental study of two-phase flow regime and pressure drop in a particulate bed packed with multidiameter particles. Nuclear Technology, Vol.177, 107-118, 2012. 【SCI: 867HS；EI: 20120214676390】