Phase-Field Studio
Educación
$399.00
Phase-Field Studio — Interactive Materials Simulation
Turn your device into a computational materials science workbench. Phase-Field Studio brings real-time phase-field simulations to iOS — explore microstructure evolution, pattern formation, and fracture mechanics with intuitive touch controls and live visualization.
WHAT IS PHASE-FIELD MODELING?
Phase-field methods replace sharp interfaces with smooth order parameters evolving under variational free-energy principles. This framework unifies a broad class of phenomena — from alloy solidification to biological tissue growth — under one computational paradigm.
SIMULATIONS INCLUDED
* Cahn-Hilliard (FFT) — Spinodal decomposition via spectral methods. A uniform mixture spontaneously separates into coexisting phases.
* Anisotropic Cahn-Hilliard — Directional phase separation where crystallographic anisotropy reshapes domains into faceted structures.
* Grain Growth (Allen-Cahn) — Polycrystalline coarsening with curvature-driven boundary migration and random Voronoi microstructures.
* Coupled Allen-Cahn / Cahn-Hilliard — Simultaneous ordering and compositional separation producing complex multiphase microstructures.
* Dendritic Growth — Anisotropic solidification with thermal diffusion controlling dendrite tip shape and side-branching.
* Sintering — Powder consolidation via surface-energy-driven diffusion with neck formation and pore shrinkage.
* Swift-Hohenberg — Spontaneous pattern formation: stripes, spots, and labyrinthine structures from a single control parameter.
* Complex Ginzburg-Landau — Spiral wave dynamics and oscillatory media near a Hopf bifurcation.
* Cell Dynamics — Collective cell migration governed by order parameters, substrate friction, and intercellular adhesion.
* Chemotaxis Cahn-Hilliard — Phase separation coupled with chemotactic signaling that biases domain morphology.
* Phase Fracture (AT1) — Variational fracture mechanics: energy minimization regularizes sharp cracks into a smooth damage field with irreversibility.
FEATURES
* Real-Time On-Device — All simulations compute locally. No server, no network.
* Interactive Parameters — Adjust constants, resolution, and initial conditions with responsive sliders.
* Live Visualization — Continuous color-mapped rendering of evolving fields.
* Educational Panels — Governing equations, physical background, and parameter guides for every simulation.
* Themes — Dark, light, and custom color themes.
WHO IS IT FOR?
Materials science students, researchers, educators, computational scientists, and anyone curious about how complex patterns emerge from simple equations. No programming required — pick a simulation, adjust the parameters, and watch the physics unfold.
Calificaciones y reseñas
- Esta app no ha recibido suficientes calificaciones ni reseñas para mostrar un resumen.
El desarrollador (SimTeCon GmbH) indicó que las prácticas de privacidad de la app pueden incluir el manejo de datos que se describe a continuación. Para obtener más detalles, consulta la política de privacidad del desarrollador .
No se recopilan datos
El desarrollador no recopila ningún dato en esta app.
Accesibilidad
El desarrollador aún no ha indicado cuáles funciones de accesibilidad admite esta app. Obtén detalles
Ficha técnica
- Vendedor
- SimTeCon GmbH
- Tamaño
- 40.6 MB
- Categoría
- Educación
- Compatibilidad
Requiere iOS 15.1 o posterior.
- iPhone
Requiere iOS 15.1 o posterior. - iPad
Requiere iPadOS 15.1 o posterior. - iPod touch
Requiere iOS 15.1 o posterior.
- iPhone
- Idiomas
- Inglés
- Edad
4+
- 4+
- Copyright
- © 2024 SimTeCon GmbH
