Yulong LUO  Associate Professor

Email: lyl8766@hhu.edu.cn  Tel: 15996249975

D.E (Doctor of Engineering), Wuhan University

RESEARCH INTERESTS:

◆  Seepage stability test and theory model of deep overburden

◆  Security evaluation index system and appraisal procedure of embankment project

◆  Seepage control and optimization of major Water Conservancy and Hydropower Engineering project

RESEARCH PROGRAMS:

◆  Over 10 key research projects supported by the National Natural Science Foundation of China, Doctoral Fund of Ministry of Education of China, Chinese National Key Programs for Research and Development, Funds for Central Universities, and other projects with the entrustment of PowerChina Chengdu Engineering Corporation Limited, etc 

◆  Piping fluid-solid interaction mechanism in deep overburden under unsteady flow condition  (ongoing project)

◆  Study on theory and management of embarkment project operational risk assessment

◆  Study on seepage calculation and control in Lu Ding Dam Region

AWARDS:

◆  Award for Science and Technology Progress of Ministry of Education (1st prize, 2011)

SELECTED PUBLICATIONS:

JOURNAL PAPERS

◆  Over 30 academic papers (12 of them are collected in SCI)

◆  4 invention patents

◆  Yulong Luo*, Min Nie, Ming Xiao, Flume-scale experiments on suffusion at bottom of cutoff wall in sandy gravel alluvium, Canadian Geotechnical Journal, 54(12), 1716-1727, 2017.

◆  Yulong Luo, Baoyu Su, Jinchang Sheng, Meili Zhan, New understandings on piping mechanism, Chinese Journal of Geotechnical Engineering, 33(12), 1895-1902, 2011.

◆  Yulong Luo*, Xi Jin, Xiang Li, Meili Zhan, Jinchang Sheng, A new apparatus for evaluation of contact erosion on the soil-structure interface,Geotechnical Testing Journal, 36(2), 256-263, 2013.

◆  Yulong Luo*, Liang Qiao, Xingxing Liu, Meili Zhan, Jinchang Sheng, Hydro-mechanical experiments on suffusion under long-term large hydraulic heads,Natural Hazards, 65(3), 1361-1377, 2013.

◆  Yulong Luo*, QiangWu, Meili Zhan, Jinchang Sheng, Yuan Wang, Hydro-mechanical coupling experiments on suffusion in sandy gravel foundations containing a partially penetrating cut-off wall,Natural Hazards, 67(2), 659-674, 2013.

◆  Yulong Luo*, A continuum fluid-particle coupled piping model based on solute transport, International Journal of Civil Engineering, 11(1), 38-44, 2013.

◆  Yulong Luo*, Meili Zhan, Jinchang Sheng, Qiang Wu, Hydro-mechanical coupling mechanism on the joint of clay core-wall and concrete cut-off wall,Journal of Central South University, 20(9), 2578-2585, 2013.