Contributions can also be submitted to the Congress Topics. These contributions will be organised in so-called regular sessions.
TO01: Artificial intelligence and expert systems
TO02: CAD, CAM and CAE
TO03: Computational adaptive materials systems, structures and smart materials
TO04: Computational advances in composite machining
TO05: Computational aero-acoustics
TO06: Computational atomistics simulations
TO07: Computational biomechanics
TO08: Computational damage mechanics
TO09: Computational dynamic failure and fracture
TO10: Computational engineering sciences and physics
TO11: Computational environmental science
TO12: Computational fluid mechanics
TO13: Computational geomechanics
TO14: Computational ice mechanics
TO15: Computational infrastructures and aging structures
TO16: Computational inverse problems and optimization
TO17: Computational materials science
TO18: Computational MEMS and Bbio-MEMS
TO19: Computational methods in the life sciences
TO20: Computational microtribology and micromechanics
TO21: Computational nanotechnology
TO22: Computational NDE and wave propagation
TO23: Computational nonlinear dynamics
TO24: Computational polymers and polymer composites
TO25: Computational solid and structural mechanics
TO26: Computer simulation of processes and manufacturing
TO27: Data and signal processing
TO28: Design optimization techniques that require extensive CFD and coupling/linkage methods
TO29: Grid generation for CFD and geometry definition for complex configurations
TO30: High-order methods
TO31: High-speed and chemically reacting flows
TO32: Interdisciplinary methods including CFD (flow control, fluid-structure interaction, fluid-thermal interaction, etc.)
TO33: Lagrangian and vortex methods
TO34: Large eddy simulation (LES), direct numerical simulation (DNS) and hybrid RANS/LES methods
TO35: Meshless and wavelet methods
TO36: Multi-phase flows
TO37: Multiple-scale physics and computation
TO38: Numerical algorithms for bio-fluid dynamics
TO39: Numerical algorithms for inviscid and viscous flows
TO40: Numerical algorithms for continuum approaches (finite-volume, finite differences, etc.)
TO41: Numerical algorithms for particle methods (lattice- Boltzmann, direct simulation Monte Carlo, etc.)
TO42: Numerical combustion
TO43: Numerical methods and convergence acceleration in CFD
TO44: Numerical treatment of boundary conditions
TO45: Parallel computing
TO46: Particle finite element method
TO47: Reynolds averaged Navier-Stokes (RANS) models of turbulence
TO48: Scientific visualization, data mining and simulation data analysis techniques
TO49: Solution adaptive grid techniques
TO50: Uncertainty and stochastic analysis
TO51: Uncertainty propagation methods for CFD
TO52: Unsteady flow computation