Technical Program

Technical Program

 

Program at a Glance

 

Date Time Session
Room: 520 Room: 513 Room: 515

Nov. 9 (Mon)

08:30~12:00 Short Course (on-line)

Nov. 10 (Tue)

08:30~12:00

Nov. 11 (Wed)

08:00~08:30 Welcome and Opening Ceremony
08:30~09:50 Keynote Lecture (A)
09:50~10:10 Coffee Break
10:10~12:00 GS04 GS13 GS12
12:00~14:00 Lunch
14:00~16:00 Panel Discussion 
16:00~16:20 Coffee Break
16:20~18:00 GS02 GS06 GS19
18:20 Reception

Nov. 12 (Thu)

08:00~09:40 GS09 (A) SS01 GS03
09:40~10:00 Coffee Break
10:00~12:00 GS09 (B) GS14 GS20
12:00~14:00 Lunch
14:00~15:20 Keynote Lecture (B) 
15:20~15:40 Coffee Break
15:40~17:40 GS09 (C) GS02 GS16
17:40~18:30 Chin-Fu Tsang Award Lecture 
18:30 Banquet Dinner 

Nov. 13 (Fri)

08:00~10:00 Emerging Scientists Sessions (A)
10:00~10:20 Coffee Break
10:20~12:20 Emerging Scientists Sessions (B)
12:20~14:00 Lunch
14:00~15:20 Keynote Lecture (C) 
15:20~15:40 Coffee Break
15:40~18:00 GS01 GS10, GS11 GS15, GS07
18:00 Posters & Closing Ceremony 

 

Sessions

  •  
  • Keynote Lecture (A) : Emily Brodsky (U. of California, USA) / Tomasz Hueckel (Duke U., USA)
  • Keynote Lecture (B) : Takatoshi Ito (Tohoku U., Japan) / Inga Berre (U. of Bergen, Norway)
  • Keynote Lecture (C) : Chun’an Tang (Dalian U. of Technology, China) / Ki-Bok Min (Seoul National U., Korea)
  • Emerging Scientists Session (A) : Peter K Kang (U. of Minnesota, USA) / Kyung Won Chang (SNL, USA) / Mengsu Hu (LBNL, USA) / Takuya Ishibashi (AIST, Japan)
  • Emerging Scientists Session (B) : Yusuke Mukuhira (Tohoku U., Japan) / Jung-Wook Park (KIGAM, Korea) / Fengshou Zhang (Tongji U., China) / Zhihong Zhao (Tsinghua U., China)
  • SS01. Scientific machine learning applications for coupled processes in the subsurface
  • SS02. Development of coupled processes and their validation in nuclear wastes disposal (DECOVALEX)
  • GS01. Coupled Thermo-Hydro-Mechanical-Chemical (THMC) processes in single fractures
  • GS02. Advances in computation of coupled processes in fractured media across scales: numerical modeling and machine learning
  • GS03. Mechanics of induced seismicity: managing complexity from lab to field scale
  • GS04. Coupled multiphysics during coal gas and shale gas extraction
  • GS06. Coupled THM hard rock fracture behaviour – laboratory experiments and numerical modelling
  • GS07. Coupled THM field experiments in fractured hard rock
  • GS09. Mechanics of Hydraulic Fracturing in Naturally Fractured Reservoirs
  • GS10. Coupled seismo-thermo-hydro-mechanical-chemical processes in natural fracture networks: from field observation to numerical simulation
  • GS11. Long term behavior of fractured geological media under coupled THMC environment
  • GS12. Experimental Studies for Fracture Characterization of Rock across Scales
  • GS13. THMC coupling in geological CO2 storage: from lab to the field scale
  • GS14. Numerical modelling of coupled thermo-hydro-mechanical processes in fractured rocks
  • GS15. Numerical modelling of coupled thermo-hydro-mechanical processes associated with hydraulically induced fracture propagation
  • GS16. Numerical modelling of the interaction of coupled thermo-hydro-mechanical processes and complex geological settings and heterogeneities
  • GS19. THMC coupling in clays
  • GS20. Enhanced Geothermal Systems (EGS)
  •  
  • More detail
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