基本信息

 

 

李良星，副教授，硕/博士生导师

动力工程多相流国家重点实验室

西安交通大学

研究方向

多相流动与传热的理论和实验研究；

多孔介质内的流动与传热；

流动沸腾及其强化传热；

先进反应堆热工水力；

反应堆严重事故实验和理论研究；

大数据及数据驱动分析

联系方式

兴庆校区：

西安交通大学动力工程多相流国家重点实验室,西209室

陕西省西安市咸宁西路28号， 710049

 

创新港校区

地址：西安交通大学动力工程多相流国家重点实验室/能源科学与技术研究院
            陕西省西咸新区沣西新城中国西部科技创新港，712000

办公地点：敏行楼（1号巨构）1-3161

 

Email：liangxing.li@mail.xjtu.edu.cn

个人主页：http://gr.xjtu.edu.cn/web/liangxing.li

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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

我的新闻

闹钟10

工作经历

2013.01—至今       副教授                                  西安交通大学动力工程多相流国家重点实验室

2012.06—2012.12  高级研究员（兼）    Sehgal 咨询公司（瑞典）

2010.06—2012.12  高级研究员/硕、博导师     瑞典皇家工学院，物理系，核动力安全研究室

2008.06—2010.05  博士后              瑞典皇家工学院，物理系，核动力安全研究室

教育经历

2001.09-2008.05   硕博连读   动力工程及工程热物理  西安交通大学

1997.09-2001.06   本科           热能工程        湛江海洋大学（今广东海洋大学）

研究工作

面向能源（化石能源和新能源）、动力（常规动力和核动力）领域内关键理论和核心技术，围绕多相流动传热问题开展理论分析、实验研究和数值计算研究工作，研究方向涉及流动沸腾及强化换热、多孔介质内单相/两相流动换热、先进反应堆热工水力及关键部件的优化设计、反应堆严重事故缓解技术等，并积极探索和利用大数据与数据驱动分析技术、低碳经济及可持续发展理论开展学术交叉研究。

                                           

      

                

                                           

                                          

 

 

                                               

                                                

                                            

 

 

 

 

 

 

代表性论文

          已发表学术论文100余篇。节选如下：

 

  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.【SCI: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.【SCI: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.【SCI: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. 【SCI: 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. 【SCI: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】

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