Efficient thermo-mechanical model for solidification processes

Keyphrases

• ABAQUS 100%
• Thermo-mechanical Model 100%
• Solidification Process 100%
• Highly Nonlinear 66%
• Finite Element Code 66%
• Newton-Raphson Method 66%
• Temperature-dependent Properties 66%
• Continuous Casting 66%
• Local Integration 66%
• Latent Heat 33%
• Constitutive Law 33%
• Local Level 33%
• Thermal Stress 33%
• Thermoelastic 33%
• Mushy Zone 33%
• Stress-strain 33%
• Computationally Efficient Algorithms 33%
• Stress State 33%
• Integration Method 33%
• Constitutive Equation 33%
• Temperature Field 33%
• Boundary Value Problem 33%
• Phase Transformation 33%
• Stress Development 33%
• Thermal Displacement 33%
• Thermo-mechanical Modeling 33%
• Generalized Plane Strain 33%
• Field History 33%
• Implicit Integration 33%
• Finite Element Equation 33%
• Actual Conditions 33%
• Special Treatment 33%
• Temperature Development 33%
• Steel Shell 33%
• Transient Heat Conduction Equation 33%
• Semi-analytical Solution 33%
• Integration Point 33%
• Grid Approach 33%
• Actual Temperature 33%
• Steelmaking 33%
• Fixed Grid 33%
• Stress Displacement 33%
• Continuous Casting Mold 33%
• Elastic-viscoplastic 33%
• User Manual 33%
• Viscoplastic Constitutive Equations 33%
• Inelastic Strain 33%
• User-defined Subroutine 33%
• Commercial Packages 33%
• Nonlinear Constitutive Relation 33%
• Strain Method 33%
• Two-level Method 33%
• Thermal Stress-strain 33%

Engineering

• Mechanical Model 100%
• Continuous Casting 100%
• Abaqus 100%
• Solidification Process 100%
• Finite Element Method 66%
• Thermal Stress 66%
• Dependent Property 66%
• Constitutive Equation 66%
• Transients 33%
• Latent Heat 33%
• Constitutive Relation 33%
• Local Level 33%
• Mushy Zone 33%
• Stress State 33%
• Integration Method 33%
• Temperature Field 33%
• Boundary Value 33%
• Generalized Plane Strain 33%
• Finite Element Equation 33%
• Fixed Grid 33%
• Steel Shell 33%
• Integration Point 33%
• Steel Making 33%
• Field History 33%