A unified framework for modeling hysteresis in ferroic materials

Keyphrases

• Homogenization Method 100%
• Ferroelectric Materials 100%
• Hysteresis 100%
• Unified Framework 100%
• Model-driven Development 100%
• Ferromagnetic Materials 100%
• Ferroic Materials 100%
• Material Characterization 50%
• Piezoelectric Ceramics 50%
• Helmholtz Energy 50%
• Magnetostrictive 50%
• Magnetization 50%
• Gibbs Free Energy 50%
• Energy Analysis 50%
• Domain Structure 50%
• Low-rank Model 50%
• Material Behavior 50%
• Mesoscopic 50%
• Model-based Control 50%
• Energy Properties 50%
• Constitutive Nonlinearity 50%
• Hysteresis Nonlinearity 50%
• Shape Memory Alloy 50%
• Effective Field 50%
• Ferroics 50%
• Number of Parameters 50%
• Macroscopic Model 50%
• Microscopic Level 50%
• Physical Attributes 50%

Engineering

• Energy Engineering 100%
• Helmholtz Energy 50%
• Nonlinearity 50%
• Control Design 50%
• Transducer 50%
• Gibbs Free Energy 50%
• Polycrystalline 50%
• Broad Range 50%
• Domain Structure 50%
• Measured Data 50%
• Material Behavior 50%
• Piezoceramics 50%
• Shape Memory Alloy 50%
• Effective Field 50%
• Model-Based Control 50%
• Boltzmann Equation 50%