Keywords: مدل سازی فاز فاز; Phase field modeling; Microstructure; Irradiation; Void evolution; Thermal conductivity;
مقالات ISI مدل سازی فاز فاز (ترجمه نشده)
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Keywords: مدل سازی فاز فاز; Sintering; Multiphysics modeling; Phase field modeling; Grain growth;
Keywords: مدل سازی فاز فاز; Cellular automaton modeling; Phase field modeling; Solidification; Growth competition; Grain boundary;
Keywords: مدل سازی فاز فاز; Condensation; Phase field modeling; Volume of fluid; Computational fluid dynamics;
Keywords: مدل سازی فاز فاز; Ferroelectric creep; Crack; Domain switching; Phase field modeling; Birefringence;
Keywords: مدل سازی فاز فاز; Phase field modeling; Rapid solidification; Laser additive manufacturing; Microstructure evolution;
Keywords: مدل سازی فاز فاز; Grain growth; Particle-grain boundary interaction; Phase field modeling; Sintering;
Keywords: مدل سازی فاز فاز; Fracture; Porous media; Hydraulic fracturing; Phase field modeling; Coupled problems;
Keywords: مدل سازی فاز فاز; Brittle fracture; Anisotropic crack propagation; Phase field modeling; Finite elements;
Keywords: مدل سازی فاز فاز; Phase field modeling; Faceted dendrite; Silicon;
Keywords: مدل سازی فاز فاز; Ferroelectric; Domain boundaries; Phase field modeling; Thin films; Domain switching;
Keywords: مدل سازی فاز فاز; Phase field modeling; Ni-Al-Cr; Phase separation; Coalescence; Coarsening;
Keywords: مدل سازی فاز فاز; Phase field modeling; Finite element method; Nucleation; Time adaptivity; Mesh adaptivity
Keywords: مدل سازی فاز فاز; Phase transformation; Crystal plasticity; Phase field modeling; Superalloys;
Keywords: مدل سازی فاز فاز; Sintering; Phase field modeling; Consolidation; Diffusion; Grain growth;
Keywords: مدل سازی فاز فاز; Fracture; Porous media; Hydraulic fracturing; Drying processes; Phase field modeling; Coupled problems
Keywords: مدل سازی فاز فاز; Phase field modeling; A. Crack Propagation and Arrest; B. Elastic-Viscoplastic Material; B. Finite Strain; C. Variational Calculus;
Keywords: مدل سازی فاز فاز; Partial dislocations; Phase field modeling; Deformation twins;
Keywords: مدل سازی فاز فاز; Brittle fracture; Phase field modeling; Finite elements; Crack nucleation;
Keywords: مدل سازی فاز فاز; Brittle fracture; Crack propagation; Phase field modeling; Finite strain; Coupled multi-field problems; Thermo-elasticity;
Keywords: مدل سازی فاز فاز; Ductile fracture; Dynamic fracture; Crack propagation; Phase field modeling; Crazing; Thermo-plasticity;
Keywords: مدل سازی فاز فاز; Ferroelectric; Phase morphology; Ferroelastic; Domain structures; Phase field modeling
Keywords: مدل سازی فاز فاز; Phase field modeling; Void formation; Irradiation effects; Uncertainty quantification; Asymptotic analysis;
Keywords: مدل سازی فاز فاز; Partial dislocations; Phase field modeling; DFT; Stacking fault;
Keywords: مدل سازی فاز فاز; Zirconia; Stress-induced tetragonal-to-monoclinic transformation; Phase field modeling; Transformation toughening;
Keywords: مدل سازی فاز فاز; Rubbery polymers; Fracture; Phase field modeling; Finite strain; Coupled multi-field problem
Keywords: مدل سازی فاز فاز; Martensitic phase transformation; Phase field modeling;
Keywords: مدل سازی فاز فاز; Microstructure; Grain growth; Quantitative characterization; Polycrystal; Phase field modeling;
Keywords: مدل سازی فاز فاز; Metal hydride; Hydrogen storage; Phase field modeling;
Hyperdynamics accelerated concurrent atomistic-continuum model for developing crack propagation models in elastic crystalline materials
Keywords: مدل سازی فاز فاز; Concurrent multiscale model; Atomistic-continuum model; Strain-boost hyperdynamics; Crack propagation; Single crystal nickel; Phase field modeling;
Phase field modeling of the simultaneous formation of bainite and ferrite in TRIP steel
Keywords: مدل سازی فاز فاز; Phase field modeling; Bainite; TRIP steel; Austenite decomposition; Growth anisotropy;
Phase field modeling of Widmanstätten ferrite formation in steel
Keywords: مدل سازی فاز فاز; Phase field modeling; Widmanstätten ferrite formation; Interfacial anisotropy; Misfit strain; Multicomponent;
A creep-damage phase-field model: Predicting topological inversion in Ni-based single crystal superalloys
Keywords: مدل سازی فاز فاز; Phase field modeling; Continuum damage mechanics; Ni-based single crystal superalloys; Creep-damage; Topological inversion;
Phase-field simulation of rafting kinetics in a nickel-based single crystal superalloy
Keywords: مدل سازی فاز فاز; Creep, diffusion, inhomogeneous deformation; Microstructure; Phase field modeling; Aero-engine components;
Laser annealing in Si and Ge: Anomalous physical aspects and modeling approaches
Keywords: مدل سازی فاز فاز; Laser Annealing; Phase field modeling; Non equilibrium diffusion;
Coarsening kinetics of lamellar microstructures: Experiments and simulations on a fully-lamellar Fe-Al in situ composite
Keywords: مدل سازی فاز فاز; Coarsening kinetics; Intermetallics (iron-aluminides); Lamella; Microstructure; Phase field modeling;
Plastic relaxation during diffusion-controlled growth of Widmanstätten plates
Keywords: مدل سازی فاز فاز; Phase transformations; Widmanstätten; Elasticity; Plasticity; Phase field modeling;
Formation of nano-amorphous domains in Ce75Al25 − xGax alloys with delocalization of cerium 4f electrons
Keywords: مدل سازی فاز فاز; Metallic glasses; Rapid solidification processing; Microstructure; Phase field modeling; Differential scanning calorimetry; Electron microscopy; Transmission
Phase field modeling of Ni-concentration distribution behavior around Ni4Ti3 precipitates in NiTi alloys
Keywords: مدل سازی فاز فاز; Ni-concentration; Ni4Ti3 precipitate; Variant configuration; NiTi alloy; Phase field modeling;
Phase-field modeling of microstructure formation during rapid solidification in Inconel 718 superalloy
Keywords: مدل سازی فاز فاز; Phase transition; Phase field modeling; Multicomponent; Nickel superalloys; Rapid solidification;
Phase field modeling of the tetragonal-to-monoclinic phase transformation in zirconia
Keywords: مدل سازی فاز فاز; Tetragonal-to-monoclinic transformation; Zirconia; Phase field modeling
Effect of external loading on the martensitic transformation – A phase field study
Keywords: مدل سازی فاز فاز; Martensitic transformation; Phase field modeling; External stress; Polycrystal; Simulations
Simulation of common features and differences of surfactant-based and solid-stabilized emulsions
Keywords: مدل سازی فاز فاز; Emulsions; Bijels; Two-phase flow; Phase field modeling; Coarsening; Yield stress;
Phase field modeling of isothermal β âÂ Ï phase transformation in the Zr-Nb alloys
Keywords: مدل سازی فاز فاز; Isothermal Ï phase; Phase field modeling; Zr-Nb alloys; Diffusion;
Analysis of higher-order corrections to the interface kinetics in the multiphase field method
Keywords: مدل سازی فاز فاز; Phase field modeling; Multiphase field method; Phase-transformation kinetics; Grain growth; Microstructure
Three-dimensional phase-field simulation of micropore formation during solidification: Morphological analysis and pinching effect
Keywords: مدل سازی فاز فاز; Casting defects; Porosity; Solidification microstructure; Simulation; Phase field modeling;
Three dimensional elasto-plastic phase field simulation of martensitic transformation in polycrystal
Keywords: مدل سازی فاز فاز; Martensitic transformation; Phase field modeling; Microstructure evolution; Polycrystal; Finite element method
Quantifying microstructures in isotropic grain growth from phase field modeling: Methods
Keywords: مدل سازی فاز فاز; Polycrystal; Microstructure characterization; Phase field modeling; Grain growth
A phase field model incorporating strain gradient viscoplasticity: Application to rafting in Ni-base superalloys
Keywords: مدل سازی فاز فاز; Phase transformation; Size effect; Phase field modeling; Strain gradient plasticity; Superalloys
Phase field modeling of microstructure evolution in steels
Keywords: مدل سازی فاز فاز; Phase field modeling; Austenite decomposition; Austenite formation; Ferrite; Pearlite; Grain growth; Recrystallization; Heat affected zone