Biography/ Background：
Associate Professor Wensheng LYU has more than 25 years of experience in academic research, teaching and consulting to industry in the field of Mining Engineering. His research interests include geostatistical modelling of mineral resource, mining economy and management, mining method selection and optimization, rock mechanics, etc.
Recent work has focused on the theoretical and technical studies of backfill, especially on the quick thickening of tailings, resistance control of backfill pipeline and paste ensemble, the stability of tailings dam.
He has published over 100 papers and parts of books in the fields of mining engineering.
Education：
BSc (1986.9-1990.6, University of Science and Technology Beijing)
MSc (1990.9-1993.3, University of Science and Technology Beijing)
PhD (2001.9-2008.6, University of Science and Technology Beijing)
Employment：
2004.7-Associate Professor of Mining Engineering, University of Science and Technology Beijing, China.
1995.7-2004.6Lecturer of Mining Engineering, University of Science and Technology Beijing, China.
1993.4-1995.6Assistant, University of Science and Technology Beijing, China.
Distinctions and awards：
?2015 The Second Prize of Scientific and Technological Progress, Qinghai Province.
?2013 The Second Prize of Scientific and Technological Progress, China Gold Association.
Teaching including professional development courses：
?Introduction to Mineral Resource Laws
?Introductory System Engineering in Mining Engineering
?Advanced Mining Engineering
?Underground Mine Design
Research：
2012-2016Key Technologies for Safety and Efficiency Control of Deep Enhanced Filling System
2014-2016Study on long-term service characteristics of filling body under brine corrosion condition
2017-2018Hydrodynamic Characteristics of Tailings Slurry under Acoustic and Ultrasound Field. National Natural Foundation Supported
2017-2019Study on Safe and Efficient Mining Scheme for 167m Level Orebody in Hongshi Meilingnan
2017-2020Research and Application Demonstration of Key Technologies for Dam Break Prevention and Control of Large High Tailings Dam.
Academic Visits and other activities
2005.6-9La Trobe University, Victoria, Australia.
2016.2-8The University of Adelaide, SA, Australia.
Recent Publications：
[1]ZHU Li-yi, LYU Wen-sheng, CUI Yu, YANG Peng, WANG Zhi-kai. Strip-filling method for gently inclined ore body with the thickness from thin to medium. Industrial Minerals & Processing.2018.09. P56-59.
[2]ZHU Li-yi, LYU Wen-sheng, YANG Peng, WANG Zhi-kai. Thickening sedimentation of unclassified tailings under influence of external field based on response surface method. The Chinese Journal of Nonferrous Metals .28(9) 2018.09:1908-1917
[3]ZHU Liyi, LYU Wensheng, YANG Peng, WANG Zhikai, WANG Kun. Statistical Analysis and Occurrence Laws of Coal Mine Accidents of China from 2007 to 2016. Safety in Coal Mines. 2018.07. 49(7).237-240,
[4]WANG Zhi-kai, L? Wen-sheng, YANG Peng, WANG Zhi-jun, ZHU Li-yi. Effect of ultrasonic waves on rheological properties of backfilling slurry and prediction of rheological parameters. The Chinese Journal of Nonferrous Metals. 2018.07. 28(7). 1440-1452
[5]WANG Kun, YANG Peng, Karen Hudson-Edwards, LYU Wen-sheng, BU Lei. Status and development for the prevention and management of tailings dam failure accidents. Chinese Journal of Engineering. 2018.05.40(4).526-539,.
[6]CHENG Xiaoliang, YANG Peng,LYU Wensheng,,WANG Kun. Experimental study on effect of stress-seepage coupling on stability of tailing pond under chemical environment. Journal of Safety Science and Technology. 20180228. 14(2).P112-118
[7]CHENG Xiaoliang, YANG Peng, LV Wensheng. WANG Kun. Experimental Analysis and Exploration on the Effect of convex topography on Blasting Vibration Propagation. Mining R& D . 20180225. 38（2），P5-9
[8]Wang, Z., Yang, P., Lyu, W., Yu, G., and Yang, C. Study of the Backfill Confined Consolidation Law and Creep Constitutive Model under High Stress, Geotechnical Testing Journal, https://doi.org/10.1520/GTJ20160263. ISSN 0149-6115.2018.01
[9]SJ Cai. WS Lyu, D Wu, P Yang. Mining method optimization of Bayi gold mine based on the value engineering principle. First international conference on underground mining technology. Sudbury, Canada.2017.10
[10]WS LYU, SJ CAI, P Yang, YL zhang. Underground environment parameter prediction in a deep mine. Deep Mining 2017, Proceedings of the Eighth international conference on Deep and High stress mining. 2017.3. Perth, Western Australia.
[11]WANG Zhi-kai, YANG Peng, L? Wen-sheng, TANG Han-song, SONG Shi-wen, WANG Zhi-jun. Thickening sedimentation and sand discharge of tailings slurry under ultrasonic. Chinese Journal of Engineering，39(9): 1313--1320，September 2017
[12]LIU Tao, YANG Peng, L? Wensheng, et al．Rock mechanical properties experiments with low-frequency circulation disturbance under different stress amplitudes[J].Journal of China Coal Society, 2017, 42( 9) : 2280－2286
[13]Wang Zhikai, Lu Wensheng, Yang Peng, Yu Genbo. Study on Strength Excitation Characteristics of Cemented Tailings Backfill after Consolidation. METAL MINE. 2017. 495(9): 30-34
[14]YU Genbo, LYU Wensheng, WANG Kun. Research on the consolidation characteristics test of cemented tailings backfill under side-confined high stress. China mining magazine. 2017.7：101-104
[15]YANG Chao, LV Wensheng, YANG Peng. The flow resistance characteristics of slurry transportation in twisted oblate pipe. Mining R & D. 2017.03：33-38
[16]ZHOU Jie, YANG Peng, LV Wen-sheng, LIU Agudamu, LIU Jun-xiu. Wavelet Variance Analysis on the Periodic Characteristic of PM2.5 Mass Concentration in Beijing. The Administration and Technique of Environmental Monitoring. .2016.12.28（6）：19-22
[17]Wensheng LYU, Peng Yang, Sijing Cai, Hongwei MU, Chao Yang, Changyuan Ma. Resistance control of paste gravity delivery in deep mine backfilling. 19th International Seminar on Paste and Thickened Tailings. 2016.5 Santiago, Chile
[18]L? Wensheng, Y Peng, C Sijing. Some physical and mechanical properties of cemented fillings under high pressure. 2015.5 Cairns, Queensland, Australia.
[19]MU Hong-wei, L? Wen-sheng, YANG Peng. Application of a spiral pipe in a low stowing gradient backfilling pipeline and amendment of stowing gradient. Chinese Journal of Engineering，2016. 38(8): 1069-1074
[20]Wang Zhijun, Lu Wensheng, Yang Peng, Wang Zhikai, Wang Jinhai. Matching Model of Backfill Strength Design on Support Vector Machines. Metal Mine. 2016.11:34-38
[21]Wang Kun, Yang Peng, Lu Wensheng, Liu Jie, Zhang Hao. Effects of Superplasticizer on Transport Properties of Backfill Slurry Contained Bittern. Metal Mine. 2016.10(484):45-49
[22]Song Shiwen, Yang Peng, LV Wensheng, Wang Zhikai. Improvement measures for the overflow clarification process of vertical sand silo in Xincheng Gold Mine. Nonferrous Metals (Mining Section). 2016.5.68（3）：22-24
[23]Zhang Hao, Lu Wensheng, Wang Kun. Test of the Application of Naphthalene Superplasticizer in Mine Filling Under the Seawater Condition. Modern mining. 2016.3. 563（3）：212-214
[24]MU Hong-wei, LV Wen-sheng, LI Shu-lei, CHE Sai-jie. Experimental study on the flocculant applied in cemented filling. MINING ＆ METALLUＲGY. 2016.2.25（1）:22-25
[25] Wang Kun, Yang Peng, Lu Wensheng. Thermal hazard prevention measures for deep mine based on phase change materials. Journal of Henan Polytechnic University (Special Issue for the National Academic Conference on Mine Construction, 2016 )
Patents：
ZL 2015 20177779.6. A devices for resistance control and pressure regulating in pipeline transportation of filling slurry. LYU Wensheng, Yang Peng, Mou Hongwei, et al.
ZL 20152047778.7 A devices for tailings rapidly thickening and fluidity regulation of silos/densifiers. LYU Wensheng, Yang Peng, Gu Ruijiang, et al.
ZL 201621246989.5 Deep well cooling system based on encapsulated phase change material micro-unit. YANG Peng, WANG Kun, LYU Wensheng, et al.
