[Jeffer]

Hi there
Someone can give me an orientation about this simulation in fluent?
First. I'm trying to simulate a spiral concentrator with DPM with the next parameters:

→steady state analasys
→Gravity in Z direction: -9.81 m/s2
→Viscous model: RNG k-e model, swirl dominated flow condition
→Discrete phase model:
Anable → Interection with continue phase
Update DPM source ...
Unsteady Particle Tracking

→Injection: Rosin-Rammler | Injection type: Surface | Total flow rate: 0.139 kg/s | magnitud velocity: 0.9 m/s | stop time 10000

→Fluid material: Water-liquid
→Boundaries: Velocity-inlet:0.9 m/s | DPM condition: escape
outlet and surface: DPM condition: escape | Pressure outlet and surface: 0
wall: DPM condition: reflect
→standard initialization from the inlet

The problem is with the results because the particles don't follow the trajectory of the spiral, they just can't fully develop
So I don't know if the model is wrong or the speeds are low, also I tried to simulate whit Eulerian and in the transient state but the results are worse than this

Any suggestion?