1. WG 3 meeting
Jon Spangenberg
28/04/2016

2. Outline
FlowCyl simulations
Suspension simulations
28/04/2016

3. FlowCyl simulation
Geometry:
28/04/2016

4. FlowCyl simulation
Simulation (water):
28/04/2016

5. FlowCyl simulation
Simulation without bucket (Water):
28/04/2016

6. FlowCyl simulation
Water results:
28/04/2016

7. FlowCyl simulation
Rolands results:
28/04/2016

8. FlowCyl simulation
Flow resistance vs. yield stress:
28/04/2016

9. FlowCyl simulation Next step: Correct the geometry
Simulate all Rolands data
Make similar comparison as Rolands have done in his paper
28/04/2016

10. Suspension simulation
Mono sized spheres: X:\cluster\STAR-CCM+\SuspensionInvestigation\v32\ParticleVelo
28/04/2016

11. Suspension simulation
Mono-sized spheres:
Krieger-Dougherty
equation
28/04/2016

12. Suspension simulation
Next step:
Make additional simulations with mono-sized spheres
Make rheological measurements on suspensions with bi-modal sphere distributions
Simulate suspensions with bi-modal sphere distribution
Make rheological measurements on suspensions with Rolands well-characterized filler (if that is ok with Rolands)
Simulate suspensions with Rolands well-characterized filler
28/04/2016