Scheduled presentations:

• A multi-processes phase-field model for CO2 phase change fracturing
  *Z. ZHANG (University of science and technology of china), H. YU (University of science and technology of china)
• A mixed phase-field method for simulating high‑temperature true triaxial compression fracture in heterogeneous brittle rocks
  *M. Wu (Northeastern University), Z. Yu (Univ. Lille), Z. Liu (Northeastern University)
• An RBSM–MD-FEM Computational Framework for HM-Coupled Fracture Evolution in Anisotropic Rock Masses
  *C. He (University of Lille), Z. Yu (University of Lille), Y. Sun (University of Lille), J. Shao (University of Lille)
• Numerical simulation of hydraulic fracture-bedding plane interaction in shale reservoir with hydromechanical irreversible sliding interface
  *Z. Zhang (Shanghai Jiao Tong University), W. Xiao (Shanghai Jiao Tong University)
• Thermodynamically Consistent Computation of J-Integral in 3D Thermo–Hydro–Mechanical Fracture
  *S. Saeedmonir (Imperial College London), A. Paluszny (Imperial College London), R. W.Zimmerman (Imperial College London)
• Effects of Boundary Conditions and Heating Rate on Concrete Spalling under High Temperature: A Coupled Thermo-Hygro-Mechanical Phase-Field Study
  *P. Cheng (Beijing Jiaotong University), R. Tan (Tongji University), H. Zhu (Tongji University), G. Lou (Tongji University)