Hermann-von-Helmholtz-Platz 1
Eggenstein-Leopoldshafen, 76344
Germany
Karlsruhe Institute of Technology (KIT) - Institute of Applied Materials
Mo-Si-Ti system, phase-field model, eutectic transformation, four-phase reaction
RecrystallizationGrain growth simulationPhase-field model
Phase-field model, ternary fluids, Wetting, miscible and immiscible liquids
Fe-C binary system; phase-field model; dynamic contact angle; peritectic transition
Segmentation, Synthetic Training Data, Generative Adversarial Networks
two-phase flow, Phase-field method, jump condition, diffuse interface approximation, viscosity interpolation
solidification, phase-field, large-scale simulation, nucleation, Al-Cu
Electro-hydro-thermodynamic model, Phase-field method, Multicomponent, Phase separation, Phase diagram
multiphase-field method, chemo-mechanical coupling, intermetallic compound, Al-Mg system, solid-state joining process
Chemo-mechanical coupling, Stress-driven diffusion, Diffusion-induced stress, Multiphase-field method, Benchmark
Cathode active materials, pH controlled precipitation, Phase-field model, Digital twin
Polycrystalline materials, Elastic wave propagation, Grain-boundary scattering, Stress concentration, Wave mode conversion, Microstructure-property relationships
phase-field method, Fluid-structure interaction, thermal coupling, multi-body interaction, reference map, rigid-body motion
phase-field modeling, stochastic modeling, Mechanical properties, microstructural degradation