Kang Yong

Doctor , Professor
Research: Water Jet Theory and New Technology
Phone: 13607115602
Email: kangyong@whu.edu.cn


Kang Yong, Professor, D.E., Vice Dean

(Nationality: P. R. China)


Hubei Key Laboratory of Water Jet Theory and Technology

School of Power and Mechanical Engineering, Wuhan University

No.299, Street 81, Wuhan University, Wuhan, Hubei, P. R. China 430072

Tel/Fax: +86-027-68774442 Cell phone:+86-136-0711-5602 

E-mail: kangyong@whu.edu.cn



1997.09-2001.07            B.E        Mining Engineering      Chongqing University

2001.09-2003.06            M.E       Mining Engineering      Chongqing University

2003.09-2006.06            D.E        Mining Engineering      Chongqing University


2006.07-2008.08            Lecturer                                        Chongqing University

2008.09-2011.07            Associate professor                    Chongqing University

2007.07-2010.12            Post-doctoral Researcher            Chinese Academy of Science

2008.11-2009.12            Visiting scholar                            Columbia University in the City of New York

2011.08-2013.11            Associate professor                    Wuhan University

2011.08-Present            Vice director                                 Hubei Key Lab for Water Jet Theory and New Technology

2013.11-Present             Professor                                     Wuhan University

2016.09-Present            Vice Dean                                    Wuhan University


Application of high pressure water jet in mining engineering

Advanced exploitation technology in unconventional gas resources

Waste rubber powder production with HPWJ

Waste LCD panels recycling assisted with HPWJ


Director                   China Water Jet Technology Society

Hubei Society for Mechanical Engineering

Heilongjiang Society for Geothermal Energy

Member                  International Society for Rock Mechanics (ISRM)

Public Safety Institute of Science and Technology

China Coal Society

Evaluation Expert   National Natural Science Foundation of China (NSFC)

Country China Scholarship (CSC)

China Postdoctoral Science Foundation (CPSF)

Peer Reviewer        International Journal of Rock Mechanics and Mining Science



Experimental Thermal and Fluid Science

Journal of Natural Gas Science and Engineering


National Basic Research of China (973 Program)

Fundamental research on enhanced recovery of shale gas by supercritical carbon dioxide

2014CB239200                            2014.01-2018.06    

Consulting Project for Chinese academy of engineering

Strategic Research on the Structure and Development of Green Energy at Central West of China

2015-ZCQ-07                         2015.01-2016.12    

Natural Science Foundation of Hubei Province (Key Project)

Investigation on Fluid Structure and optimization strategy of ampoule in needle free injection

2016CFA088                         2016.09-2018.12    

National Natural Science Foundation of China (NSFC)

The Basic Theoretical and Applied Research on Grinding EOL Tyres and Producing Fine Crumb Rubber with Ultra High Pressure Water Jet

51474158                               2015.01-2018.12    

Program for New Century Excellent Talents in University

NCET-12-0424                      2013.01-2015.12    

Natural Science Foundation of Hubei Province for Distinguished Young Scholars

Applied basic research of cutting and recycling large scrap tire by high pressure water jet

[2012FFA020]                        2013.01-2014.12    

Scientific Research Foundation for the Returned Overseas Chinese Scholars

Study on mechanism of unsymmetrical load effect mountain tunnel in the west of china

2012(940)                               2012.09-2014.08    

Natural Science Foundation Project of CQ

Research on the Application of self-excited oscillating pulsed abrasive water jet in low-damage tunnel driving

CSTC, 2010BB6069                    2010.07-2013.07


State Science and Technology Awards                                                 2008

Technological Invention Award of Ministry of Education                    2010

Coal mine scientific and technological advancement award for Henan Province    2016

Technological advancement award for China National Coal Association        2016


[1]     Wang Zhineng, Kang Yong*, Li Deng, Wang Xiaochuan, Hu Dong, Investigating the hydrodynamics of airlift pumps by wavelet packet transform and the recurrence plot, Experimental Thermal and Fluid Science, 2017, https: // doi.org /10.1016 /j. expthermflusci. 2017. 11. 006

[2]     Liu Wenchuan, Kang Yong*, Zhang Mingxing, Wang Xiaochuan, Li Deng, Self-sustained oscillation and cavitation characteristics of a jet in a Helmholtz resonator, International Journal of Heat and Fluid Flow, 2017(68):158-172

[3]     Ding Xiaolong, Kang Yong*, Li Deng, Wang Xiaochuan, Wang Zhineng, Experimental investigation on surface quality processed by self-excited oscillation pulsed waterjet peening, Materials , 2017, 10(9), 989

[4]     Feng Gan, Kang Yong*, MengTao, Hu Yao-qing, Li Xiao-hong, The Influence of Temperature on Mode I Fracture Toughness and Fracture Characteristics of Sandstone. Rock Mechanics and Rock Engineering, 2017(4):1-13.

[5]     Huang Man, Kang Yong*, Wang Xiaochuan, Hu Yi, Cai Can, Analysis of the flow characteristics of the high pressure supercritical carbon dioxide jet, Journal of Hydrodynamics, 2017.

[6]     Li Deng, Kang Yong*, Ding Xiaolong, Liu Wenchuan, Effects of the geometry of impinging surface on the pressure oscillations of self-resonating pulsed waterjet, Advances in Mechanical Engineering, 2017, 9(8):1–11.

[7]     Wang Zefeng, Kang Yong*, Cheng Yi, Multiresponse optimization of process parameters in water jet pulverization via response surface methodology. International Journal of Precision Engineering and Manufacturing, 2017.

[8]     Huang Man, Kang Yong*, Wang Xiaochuan, Hu Yi, Li Deng, Cai Can, Chen Feng, Effects of nozzle configuration on rock erosion under a supercritical carbon dioxide jet at various pressures and temperatures, Applied Science, 2017,7,606.

[9]     Liu Wenchuan, Kang Yong*, Zhang Mingxing, Zhou Yongxiang, Wang Xiaochuan, Li Deng, Frequency modulation and erosion performance of a self-resonating Jet, Applied Sciences, 2017, 7(9), 932

[10]  Li DengKang Yong*Wang XiaochuanDing XiaolongFang ZhenlongEffects of nozzle inner surface roughness on the cavitation erosion characteristics of high speed submerged jetsExperimental Thermal and Fluid Science2016.01.2874444~452

[11]  Li DengKang Yong*Ding XiaolongLiu WenchuanExperimental study on the effects of feeding pipe diameter on the cavitation erosion performance of self-resonating cavitating waterjetExperimental Thermal and Fluid Science2016.11.2782314~325

[12]  Li DengKang Yong*Ding XiaolongWang XiaochuanFang ZhenlongEffects of area discontinuity at nozzle inlet on the characteristics of high speed self-excited oscillation pulsed waterjetsExperimental Thermal and Fluid Science2016.07.1179254~265

[13]  Hu YiKang Yong*Wang XiaochuanLi XiaohongHuang ManZhang MingxingExperimental and theoretical analysis of a supercritical carbon dioxide jet on wellbore temperature and pressureJournal of Natural Gas Science and Engineering2016.10.2036108~116

[14]  Liu WenchuanKang Yong*Wang XiaochuanYuan BoFang ZhenlongForming mechanism and radius prediction of hydraulically generated slots based on a two-walled jetJournal of Natural Gas Science and Engineering2016.10.2636385~401

[15]  Su DengfengKang Yong*Li DongyangWang XiaochuanYan FuwenAnalysis and numerical simulation on the reduction effect of stress waves caused by water jet slotting near blasting sourceShock and Vibration2016.04.21

[16]  Li, DengKang Yong*Ding, XiaolongWang, XiaochuanFang, ZhenlongAn experimental investigation on the pressure characteristics of high speed self-resonating pulsed waterjets influenced by feeding pipe diameterJournal of Mechanical Science and Technology2016.12.123011):4997~5007

[17]  Li DengKang Yong*Ding XiaolongWang XiaochuanLiu WenchuanEffects of feeding pipe diameter on the performance of a jet-driven Helmholtz oscillator generating pulsed waterjetsJournal of Mechanical Science and Technology2017.02.17313):1~10

[18]  Huang ManKang Yong*Long XinpingWang XiaochuanHu YiLi DengZhang MingxingEffects of a nano-silica additive on the rock erosion characteristics of a SC-CO2 jet under various operating conditionsApplied Sciences2017.2.872):153

[19]  Hu YiKang Yong*Wang Xiao-ChuanLi Xiao-HongLong Xin-PingZhai Guang-YaoHuang ManMechanism and experimental investigation of ultra high pressure water jet on rubber cuttingInternational Journal of Precision Engineering and Manufacturing2014.09.07159):1973~1978

[20]  Li DengKang Yong*Ding XiaolongWang XiaochuanFang ZhenlongEffects of area discontinuity at nozzle inlet on the characteristics of self-resonating cavitating waterjetChinese Journal of Mechanical Engineering2016.06.10294):813~824

[21]  Hu DongKang Yong*Tang ChuanlinWang XiaochuanModeling and analysis of airlift system operating in three-Phase flowChina Ocean Engineering2015.01.152901):121~132

[22]  Wang ZefengKang Yong*Wang ZhaoPulverization of end-of-life tires by ultra-high pressure water jet processJournal of Polymer Engineering2016.06.05373):211~225

[23]  Wang ZefengKang Yong*Wang ZhaoCheng YiRecycling waste tire rubber by water jet pulverization: powder characteristics and reinforcing performance in natural rubber compositesJournal of Polymer EngineeringDOI: https: //doi.org/ 10.1515/ polyeng - 2016- 0383, 2017.01.26383

[24]  Su DengfengKang Yong*Wang XiaochuanZheng DandanLi DongyangYan BinyuanYan FuwenAnalysis and numerical simulation for tunnelling through coal seam assisted by water jetCmes-Computer Modeling in Engineering and Sciences2016.02.111115):375~393

[25]  Zhenlong FangKang Yong*Bo YuanXiaofeng YangXiaochuan WangSlotting radius prediction model of soft coal seams with high-pressure pulse water jetDisaster Advances2013.03.176S1):431~437

[26]  Bo YuanKang Yong*Yi HuDeng LiResearch on transient switching pressure behavior and control of hydraulic cutting in coal seamsDisaste Advances2013.03.206S1):137~144

[27]  Kang Yong*Wang XiaochuanYang XiaofengYuan BoNumerical simulation of control blasting with borehole protecting and water jet slotting in soft rock massDisaster Advances2012.10.0954):933~938

[28]  Hu YiKang Yong*Wang XiaochuanLi XiaohongHuang ManZhang MingxingExperimental and theoretical analysis of a supercritical carbon dioxide jet on wellbore temperature and pressureDubai2017.07.10-2017.07.12. invited lecture

[29]  Zhang MingxingKang Yong*Hu YiWang XiaochuanNumerical simulation for influence of the casing-holeon hydrojet-fracturing flowAsian International Conference on Fluid MachineryTokyo, Japan2015.9.7-2015.9.10

[30]  Kang Yong*Su DengfengZheng DandanLi DongyangYan FuwenResearch on technology of light shock controlledblasting with water jet slottingThe 13th ISRM ConferenceMontreal, Canada2015.05.10-2015.05.13

[31]  Kang Yong*Zhai GuangyaoFang ZhenkongLong XinpingWang XiaochuanWang ZefengYang XiaokaiApplication research of cutting and recycling large tyre with ultra-high pressure water jetThe 10th Pacific Rim International Conference on Water Jet TechnologyJeju, Korea2013.10.11-2013.10.14

[32]  Liu WenchuanKang Yong*Fang ZhenlongWang XiaochuanNumerical simulation on flow-field behavior ofhigh-pressure jet groutingAsian International Conference on Fluid MachineryTokyo, Japan2015.9.7-2015.9.10

[33]  Zhou YongxiangKang Yong*Wang XiaochuanFang ZhenlongDing XiaolongNumerical investigation on the impact of corner radiuson the performance of convergent-divergent nozzleISFMFE-6thWuhan, China2014.10.22-2014.10.25

[34]  Fang ZhenlongKang Yong*Wang XiaochuanHu YiHuang ManNumerical and experimental investigation on flow field characteristics of organ pipe nozzle2014 IOP Conference Series: Earth and Environmental ScienceMontreal,Canada2014.09.24-2014.09.26

[35]  Wang ZefengXu LihuaKang Yong*Wang XiaochuanLong xinpingStudy on distribution law of surrounding rock pressure in unsymmetrical loading tunnel with coupling effect from topography and geologyISRM European SymposiumVigo2014.05.27-2014.5.29

[36]  Fang ZhenlongKang Yong*Yang XiaofengYuan BoLi DengThe influence of collapse wall on self-excited oscillation pulsed jet nozzle performance26th IAHR Symposium on Hydraulic Machinery and SystemsBeijing2012.8.19-2012.8.23

[37]  Yuan BoKang Yong*Yang XiaofengFang ZhenlongLi DengNumerical investigation on high-pressure convergent nozzle by comparative and statistical analysis method26th IAHR Symposium on Hydraulic Machinery and SystemsBeijing2012.8.19-2012.8.23


[1]  Granted patent: ZL201510743182.6, China

[2]    Granted patent: ZL201410089222.5, China

[3]    Granted patent: ZL2013107347761, China

[4]    Granted patent: ZL201410291806.0, China

[5]    Granted patent: ZL201510739201.8, China

[6]    Granted patent: ZL201510799445.5, China

[7]    Patent applied: 201510930330.5, China

[8]    Patent applied: 201510888909.X, China

[9]    Patent applied: 201510776803.0, China

[10]  Patent applied: 201510801104.7, China

[11]  Patent applied: 201410405513.0, China

[12]  Patent applied: 201610316530.6, China

[13]  Granted patent: ZL201220271291.4, China

[14]  Granted patent: ZL201220369799.8, China

[15]  Granted patent: ZL201310229014.6, China

[16]  Granted patent: ZL201310168746.9, China

[17]  Granted patent: ZL201310141547.9, China

[18]  Granted patent: ZL200810233083.3, China