Keynote lecturers
| Thematic session: S01 Advanced discretization methods |
| Thematic session: S02 Biomechanics and biomaterials |
| Thematic session: S04 Geomechanics and granular materials |
Viscoelastic damage model for rate-dependent shear behavior of shales
On the anisotropy and hydromechanical properties of intact/jointed rocks |
| Thematic session: S05 Micromechanics of heterogeneous materials |
On microstructural length scales in metallic materials
FFT based numerical study of elastic wave propagation in heterogeneous media: application to polycrystals |
| Thematic session: S06 Multiphysics problems |
Phase field models for multi-physics problems: applications to hydrogen embrittlement and Li-Ion battery degradation |
| Thematic session: S08 Nanomaterials and nanocomposites, their properties and applications |
Specific properties of nanomaterials and their potential in technical applications |
| Thematic session: S09 Nonlinear dynamics, vibrations and control |
Refined zig-zag theory for dynamic characteristics of laminate plates with viscoelastic layers |
| Thematic session: S11 Particle-based methods in computational mechanics |
Modelling of fluid flow in porous materials using a DEM-based novel coupled thermo-hydro-mechanical mesoscopic approach
MercuryDPM: Fast, flexible, particle simulations |
| Thematic session: S12 Plasticity, damage and fracture mechanics |
A continuum damage mechanics model for static and fatigue degradation of fiber reinforced polymers
Unified brittle failure criteria |
| Thematic session: S13 Shells and plates |
On virtual elements for Kirchhoff-Love plates and shells |
| Thematic session: S14 Smart materials and structures |
Modular robots as distributed computers of their own mechanical state |
| Thematic session: S15 Soft computing |
| Thematic session: S16 Structural optimization and optimum material design |
Optimal design of plane elastic membranes and application to 3D form-finding
Geometry optimization of trusses by Force Density Method |
| Thematic session: S17 Computational and experimental advanced mechanics in engineering applications |
Protection of urban spaces |
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