Scope of the Congress

I Solid Mechanics:
  • SM01 Biomechanics and Biomaterials
  • SM02 Contact and Friction
  • SM03 Damage Mechanics
  • SM04 Elasticity, Plasticity, Viscoplasticity and Creep
  • SM05 Fracture Mechanics
  • SM06 Geophysics and Geomechanics
  • SM07 Impact Mechanics and Wave Propagation
  • SM08 Multi-component Materials and Composites
  • SM09 Phase Transformations and Thermomechanical Phenomena
  • SM10 Multibody, Vehicle and Structural Dynamics
  • SM11 Nanostructures and MEMS
  • SM12 Stability of Structures
  • SM13 Vibrations and Control of Structures
II Fluid Mechanics
  • FM01 Biological Fluid Mechanics
  • FM02 Boundary Layers
  • FM03 Combustion and Flames
  • FM04 Compressible Flow
  • FM05 Convection
  • FM06 Drops, Bubbles and Multiphase Flows
  • FM07 Flow Instability and Transition
  • FM08 Flow in Thin Films
  • FM09 Geophysical and Environmental Fluid Dynamics
  • FM10 Low Reynolds Number Flow
  • FM11 Micro- and Nano-fluidics
  • FM12 Non-Newtonian and Complex Fluids
  • FM13 Turbulence, Vortex Dynamics
  • FM14 Waves in Fluids
III Solid/Fluid Mechanics:
  • FS01 Acoustics
  • FS02 Experimental Methods in Mechanics
  • FS03 Chaos and Pattern Formation
  • FS04 Porous Media
  • FS05 Fluid Structure Interactions
  • FS06 Actuating and Smart Materials
  • FS07 Granular Materials and Flows
  • FS08 Foams and Cellular Materials
IV Computational Mechanics:
  • CM01 Artificial intelligence methods
  • CM02 Computational intelligence
  • CM03 Sensitivity and reliability analysis
  • CM04 Inverse problems and optimization
  • CM05 Advanced Finite Element Method, Finite Volume Method and Boundary Element Method
  • CM06 Discrete Element Method
  • CM07 Meshless and related methods 
  • CM08 Numerical approach to the initial and boundary value  problems
  • CM09 Parallel computing
  • CM10 Soft computing
  • CM11 Exascale Computing