Analysis functions

• Incompressible viscous fluids analysis (3D unsteady)
• Free surface : Supports the examination of surface tension, contact angle, and atmospheric pressure (New!)
• Thermal analysis : Heat conduction of fluids and of structures (particle models only)
• Heat transfer between solids and fluids, and buoyancy (caused by temperature changes in mass density)
• Resulting viscosity from a temperature change
• Fluid-rigid coupled analysis (polygonal models supported (New))
• Inflow conditions (transfer and inflow conditions and shower condition (New!))
• Internal pressure calculation that takes internal pressure into account (New!)
• Calculation of surface flows and surface velocity (New!)
• Calculation of stirring torque

Analysis conditions

• Fluid calculation parameters (e.g. influence radius, Courant condition, andcalculation area)
• Moving boundary conditions (rotation of particles and polygonal walls, vibrations, translation, and multi-axial rotation)
• Constraint conditions for rigid bodies (axis / spring constraint, and rotary torque input)
• Load conditions (given inertial force subject to gravitational and time changes)
• Thermal boundary conditions (heat insulation, temperature fixing, heating, and heat transfer coefficient at the boundary)
• Property conditions (density, kinematic viscosity, surface tension coefficient, heat capacity, and heat transfer coefficient)
• Pressure oscillation reduction function (New!)

Parallel computing functions

• Thread parallel computing function using OpenMP
• Process parallel computing function using MPI2
• Hybrid parallel computing function (New!)
  (Supports simultaneous execution of process parallel computing between nodes and thread parallel computing in a node)

Recommended hardware specifications, etc.

Product overview / Moving Particle Semi-implicit (MPS) theory / Fluid analysis solver functions
Pre and post processing / Sample analysis scenarios / New features / Product seminars