Enhanced latent heat method to incorporate superheat effects into fixed-grid multiphysics simulations

Mathematics

• Solidification 68%
• Liquid 66%
• Heat 66%
• Grid 55%
• Heat Transfer 54%
• Fluid Flow 50%
• Simulation 43%
• Continuous Casting 26%
• Thermal Stress 24%
• Flow Simulation 24%
• Aluminum 23%
• Stress Analysis 23%
• Thinning 22%
• Heat Flux 21%
• Steel 20%
• Robust Methods 20%
• Constitutive Equation 19%
• Heat Conduction 18%
• Shell 17%
• Computational Results 16%
• Test Problems 16%
• Nonlinear Equations 13%
• Cell 12%
• Numerical Methods 12%
• Model 5%

Physics & Astronomy

• latent heat 84%
• grids 56%
• fluid flow 49%
• solidification 47%
• heat transfer 40%
• liquids 36%
• cryolite 26%
• simulation 26%
• ledges 23%
• subroutines 23%
• stress analysis 20%
• liquidus 20%
• thermal stresses 18%
• constitutive equations 18%
• conductive heat transfer 16%
• heat flux 15%
• steels 12%
• aluminum 11%
• cells 9%
• temperature 5%

Engineering & Materials Science

• Latent heat 78%
• Solidification 50%
• Liquids 46%
• Flow of fluids 46%
• Heat transfer 34%
• Subroutines 19%
• Continuous casting 19%
• Flow simulation 19%
• Constitutive equations 18%
• Heat conduction 17%
• Stress analysis 17%
• Thermal stress 17%
• Heat flux 15%
• Numerical methods 15%
• Aluminum 13%
• Steel 10%
• Hot Temperature 8%
• Temperature 6%