As solving engine of AnyCastingTM, anySOLVER calculates flow and temperature fields which you designated
The simulation of a casting process is composed of fluid analysis, which calculates the melt flow, and heat / solidification analysis, which analyzes the solidification process of the melt. Only when both analyses are accurate is it possible to correctly foretell the possible defect area.
Based on such concept, anySOLVER analyzes three-dimensional Navier-Stokes equations and VOF(Volume of Fluid) equations to provide rapid and accurate simulation. In order to simulate all flow phenomena occurring during a casting process, anySOLVER has in its system numerous Viscosity, Turbulence, and Surface Tension Models. It also has the shrinkage and Microstructure Prediction Modules in order to find the defect that occurs during solidification. The program provides ease of use and simplicity for you

Convenience-oriented User Interface
  Windows-based menu
  Excellent simulation speed and stability
  Simulation of various casting processes using just one solver (anySOLVER)
  Enable to pause, continue, calculation as well as save temporary results
  Restart function
   
Numerical Techniques for Accurate Prediction of Melt Filling and Solidification
  Melt filling process analysis function
         Fluid analysis of steady and unsteady states
         Solidification, fluid, and fluid + solidification analyses
         Melt surface trace
         SOR, Jacobi, implicit, and explicit analyses
         Newtonian, non-Newtonian viscosity model
         Three types of turbulence models
         Three-dimensional surface tension and wall adhesion models
         Consideration of rotational force for random axis
   
  Melt cooling and melt solidification simulation function
         Consideration of change in material properties (heat conductivity, specific
         heat, viscosity, etc.) according to temperature and time        
         Prediction of phase transformation
         Consideration of heat conduction between interfaces
         according to time, temperature, pressure, and casting processes
         Shrinkage rediction model (Niyama, Feeding efficiency, Retained Melt
       Modulus, etc)
         Microstucture prediction model
         Prediction of mechanical property
   
  Function specialized for casting simulation
         Gravity shrinkage
         Defect prediction
         Semi-solid analysis
         Plunger analysis
         Fluidity analysis
         Pouring basin settings
         Two types of channel modeling functions
         Stopper and feeder modeling
         Vent and outlet analysis
         Cyclic casting analysis