Computational Modelling using SPH

• Free Surface and Moving Boundaries Applications
• Solids and Structure
• Multiple Continua and Multi-Phase Flows
• Representation of Boundary Conditions
• Modelling of Viscosity and Turbulence
• Modelling of Incompressible Flows

Alternative Formulations and Particle-Based Simulation Technique

• Alternative approaches such as Voronoi-particle, FV-particle, adaptive SPH (e.g. RSPH, ASPH) or shallow-water SPH methods

Numerics and Fundamentals of SPH

• Theoretical and Numerical Aspects of SPH
• High-Performance Computing
• Hardware Acceleration

SPH Applications

• New Applications
• Hydraulic Applications
• Maritime and Naval Architecture Applications
• Process Engineering
• Geotechnical Applications
• Micro Fluidics
• Astrophysics
• Solids and Fracture Mechanics
• Biomechanics
• Disaster Simulations
• Virtual Surgery
• Virtual Reality Applications

Authors must use at least 3 of these bullet items to categorise their abstracts.