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grainGranFlow/rotatingDrum | ||
iterateGeometry/inclinedScrewConveyor | ||
postprocessPhasicFlow/segregation | ||
sphereGranFlow | ||
README.md |
README.md
phasicFlow Tutorials
This directory contains various tutorial examples to help you learn how to use phasicFlow for different particle simulation scenarios. Each tutorial provides a complete working example with configuration files and instructions.
1. Sphere DEM Simulations (sphereGranFlow
)
The most comprehensive collection of tutorials using spherical particles for DEM simulations:
- Rotating Drum (Small) - Simple rotating drum simulation with 30,000 spherical particles (4 mm diameter)
- Rotating Drum (Medium) - Medium-sized rotating drum simulation
- Rotating Drum with Baffles - Rotating drum with internal baffles and binary particle mixture
- Rotating Drum with Periodic Boundaries - Simulates an "infinite length" drum using periodic boundaries
- V-blender - V-shaped blender simulation for particle mixing
- Tote Blender - Double pedestal tote blender simulation with 24,000 particles
- Binary System of Particles - Demonstrates particle segregation in a rotating drum with two particle sizes
- Screw Conveyor - Simulates particle transport using a screw conveyor
- Conveyor Belt - Simulates particles on a moving conveyor belt
- Rotary Air Lock Valve - Simulates a rotary air lock valve with particle insertion
- Layered Silo Filling - Demonstrates filling a silo with layers of particles
- Homogenization Silo (Periodic Boundaries) - Simulates homogenization in a silo with periodic boundaries
2. Course-grained (Grain) DEM Simulations (grainGranFlow
)
Tutorials for simulations with non-spherical (grain-shaped) particles:
- Rotating Drum - Demonstrates non-spherical grain particles in a rotating drum
3. Geometry Iteration (iterateGeometry
)
Tutorials focused on geometry handling and visualization:
- Inclined Screw Conveyor - Visualizes the geometry of an inclined screw conveyor without particles
4. Post-processing (postprocessPhasicFlow
)
Tutorials focused on post-processing and analysis:
- Segregation Analysis - Demonstrates how to analyze particle segregation in simulation results