Keywords: مدل میدان فاز; Grain growth; Bulk diffusion; Simulations; Phase field model;
مقالات ISI مدل میدان فاز (ترجمه نشده)
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Keywords: مدل میدان فاز; Nanopore; Domain structure; Switching properties; Ferroelectrics; Phase field model;
Keywords: مدل میدان فاز; Phase field model; Solid-liquid phase change; Surface tension; Benchmark;
Keywords: مدل میدان فاز; Phase field model; Two temperature model; Dendritic growth; Melting pool; Ultrashort laser pulse;
Keywords: مدل میدان فاز; Ferroelectric polycrystal; Crack; Domain switching; Interaction integral (I-integral); Phase field model;
Keywords: مدل میدان فاز; Capillary evaporation; Phase field model; Computer simulation; Experimental study; Interface shape;
Keywords: مدل میدان فاز; Phase field model; Phase separation; Ternary mixture;
Keywords: مدل میدان فاز; Polymer nanocomposite; Finite element method; Phase field model; Brittle fracture; Interphase zone; Polymer layered silicate;
Keywords: مدل میدان فاز; Laser welding; Phase field model; Columnar grains; Growth orientation; Competitive growth; Aluminum alloy;
Keywords: مدل میدان فاز; Additive manufacturing; Metallic powder; Laser melting; Phase field model; Thermocapillary flow;
Keywords: مدل میدان فاز; Grain; Grain boundary; Grain coalescence; Grain growth; Phase field model;
Keywords: مدل میدان فاز; Grain boundary; CSL; Grain boundary interaction; Phase field model;
Keywords: مدل میدان فاز; Zirconium alloys; Oxidation; Phase field model; Finite element method; Elasto-plastic constitutive model; Failure;
Keywords: مدل میدان فاز; Phase field model; Pressure-effect-embedded thermodynamic modeling; Magnesium alloys; Pressurized solidification; Microsegregation;
Keywords: مدل میدان فاز; Water drop evaporation; Phase field model; Computer simulation; Experimental study; Interface shape;
Keywords: مدل میدان فاز; Stacking-fault energy; Dislocation dipole; Dislocation loop; Phase field model;
A fracture mechanics study of the phase separating planar electrodes: Phase field modeling and analytical results
Keywords: مدل میدان فاز; Phase separation; Fracture mechanics; Lithium-ion batteries; Flaw tolerance; Phase field model;
Keywords: مدل میدان فاز; Phase field model; Benchmark problem; Spinodal decomposition; Ostwald ripening;
Keywords: مدل میدان فاز; Dendritic growth; Gibbs-Thomson equation; Front Tracking method; Phase field model; Level set method; Enthalpy method; Volume of fluid method;
Keywords: مدل میدان فاز; Phase field model; Thermal buckling; Crack; Mindlin; Neutral surface; Functionally graded material;
Keywords: مدل میدان فاز; Cohesive fracture; Phase field model; Variational approach;
Keywords: مدل میدان فاز; Molecular dynamics; Phase field model; Particle difference method; Solidification; Nano-crystals;
Keywords: مدل میدان فاز; Phase field model; Shape memory alloy; Martensite transformation; Latent heat;
Keywords: مدل میدان فاز; Phase field model; Finite element method; The demagnetizing field; Domain evolution; Vortex chirality; High density memory;
Keywords: مدل میدان فاز; Phase field model; Droplets; Spinodal decomposition; Random initialization method;
Keywords: مدل میدان فاز; Grain growth; Bulk diffusion; Simulations; Phase field model; Particle-like grain migration;
Keywords: مدل میدان فاز; Phase field model; Carbon diffusion; Austenite stability;
Keywords: مدل میدان فاز; Grain boundary segregation; Phase field model; Grain boundary energy;
Keywords: مدل میدان فاز; Phase field model; Finite deformation; Elastic softening; Plastic flow; Lithium ion battery;
Keywords: مدل میدان فاز; Phase field model; Fracture mechanics; Configurational forces; Heterogeneous material;
Keywords: مدل میدان فاز; Fracture; Impact behavior; Computational modeling; Damage mechanics; Phase field model; Dynamic crack growth; Functionally graded materials;
Keywords: مدل میدان فاز; Phase field model; Elasticity; Plasticity; Slip line field theory; Slip bands; Variational approach;
Keywords: مدل میدان فاز; Turbulence; Droplets; Drag; Phase field model; Cahn–Hilliard
Keywords: مدل میدان فاز; Phase field model; Metal production droplet losses; Particle characteristics; Interface energy;
Keywords: مدل میدان فاز; Phase field model; Spinodal decomposition; Interfacial energy; Droplets; Wetting;
Keywords: مدل میدان فاز; Silicon nanowire; Phase field model; Lithiation; Stress and strain
Keywords: مدل میدان فاز; Grain boundary segregation; Grain growth; Phase field model; Thermodynamic stability; Nanocrystalline materials;
Keywords: مدل میدان فاز; Piezoelectric film; Inclusion; Phase field model; Anisotropic diffusion;
Keywords: مدل میدان فاز; High order Partial Differential Equation; Surface; Isogeometric Analysis; Error estimation; Laplace–Beltrami operator; Phase field model
Keywords: مدل میدان فاز; Oxidation; Zirconium; Phase field model; Finite element method; Growth stress
Keywords: مدل میدان فاز; Fluid–structure interaction; Full Eulerian model; Phase field model; Mixed finite element method; Deformation gradient tensor; Streamline diffusion scheme
Keywords: مدل میدان فاز; Microstructural evolution; Joining; Diffusion couple; Diffusion path; Phase field model;
Keywords: مدل میدان فاز; Phase field model; Ideal grain growth; Microstructural distortion; Grain boundary migration; Polycrystalline microstructure;
Keywords: مدل میدان فاز; Void growth; Irradiated materials; Phase field model; Radiation effects; Sharp interface model;
Keywords: مدل میدان فاز; Phase field model; Magnetoelectric composite; Microelasticity; Domain evolution; Multiferroic material;
Keywords: مدل میدان فاز; Martensitic phase transformation; Microstructure; Shape memory alloy; Phase field model; NiTi-based alloys;
Keywords: مدل میدان فاز; Phase field model; Convex splitting; Multiple energy functional; Energy stability; Finite-difference; Newton-multigrid;
Keywords: مدل میدان فاز; Vesicle membrane; Lipid bilayer; Elastic bending energy; Energetic variational formulation; Phase field model; Numerical methods; Three-dimensional simulation;
Effect of different solute diffusivities on precipitate coarsening in ternary alloys
Keywords: مدل میدان فاز; Precipitation; Coarsening; Simulation; Phase field model; Ternary;
Continuum thermodynamics of unusual domain evolution-induced toughening effect in nanocracked strontium titanate
Keywords: مدل میدان فاز; Incipient ferroelectric; Strain-induced polarization; Toughening effect; Nanoscale crack; Phase field model;