Hello, All!
I understand that we can output the STL files for the mesh surface.
Just wondering if LIGGGHTS is capable of reproducing the STL files for all the particle surfaces?
Many thanks!
Regards,
GH
Dedicated to open source high performance scientific computing in fluid mechanics and particle science
A project by DCS Computing and CFDEMresearch
- About
-
Aspherix® solver and GUI
-
Aspherix® Features
- Particle shapes: convex, concave, fibers, boxes, cylinders, elipsoids...
- Advanced Multi-sphere: Resolved non-spherical particles
- Rigid body dynamics - 6DOF & MDB coupling
- Bonded Particles
- Powder compaction
- Deforming meshes & Resolved wear
- Post-processing, spatial and temporal averaging
- Particle attrition, simplified fluid forces, area evaluations
- Mass transfer and chemical reactions
-
Aspherix® Features
-
LIGGGHTS®
-
For everyone: LIGGGHTS®-PUBLIC
- Mesh import & moving mesh
- Conveyor model
- Stress analysis & Wear prediction
- Multi-sphere: Resolved non-spherical particles
- Non-resolved non-spherical particles
- Cohesion & Liquid Bridges
- Particle insertion & Packing generation
- Stress-controlled wall ("Servo wall")
- Heat transfer
- Particle growth & shrinkage
- SPH
- Electrostatics
- More Examples
-
For everyone: LIGGGHTS®-PUBLIC
-
CFDEM®coupling
- CFD
- Forums
- Contact
- DCS Computing
ckloss | Mon, 08/24/2015 - 09:50
Hi GH,
Hi GH,
not quite sure what you mean? The particle shape is not represented by STLs in LIGGGHTS
Best wishes
Christoph