-
-
July 23, 2021 at 8:11 pm
sekhariitkgp
SubscriberDear all,
I am simulating a three phase slurry system using mixture model. In my system I have 8 solids phases with different particle diameter, one bitumen liquid phase and carrier fluid. Particle diameter ranging from 75 micron to 1000 microns. Now I wan to combine all the solid phase into a single solid phase through any UDF function to avoid number of phases. Any leads on this matter, please comment or respond to this.
Best regards
Sekhar
July 26, 2021 at 11:14 amRob
Forum ModeratorYou don't use a UDF you alter the mixture model such that you only have one granular phase. Or model the slurry as a nonNewtonian liquid and don't worry about the solids: you need to understand the flow and physics to use this approach.
July 31, 2021 at 7:52 amsekhariitkgp
SubscriberThank you Rob for your clarification. I found that granular flow model (KTGF) will work for single size particle if it considered as phase. If that is case, we can't group different solids into a single solids. Once should have to create number of phases baaed particle diameter
Viewing 2 reply threads- The topic ‘How to group different solids in a slurry system into single solid’ is closed to new replies.
Ansys Innovation SpaceTrending discussions- air flow in and out of computer case
- Varying Bond model parameters to mimic soil particle cohesion/stiction
- Eroded Mass due to Erosion of Soil Particles by Fluids
- Centrifugal Fan Analysis for Determination of Characteristic Curve
- Guidance needed for Conjugate Heat Transfer Analysis for a 3s3p Li-ion Battery
- I am doing a corona simulation. But particles are not spreading.
- Issue to compile a UDF in ANSYS Fluent
- JACOBI Convergence Issue in ANSYS AQWA
- affinity not set
- Resuming SAG Mill Simulation with New Particle Batch in Rocky
Top Contributors-
3912
-
1414
-
1256
-
1118
-
1015
Top Rated Tags© 2025 Copyright ANSYS, Inc. All rights reserved.
Ansys does not support the usage of unauthorized Ansys software. Please visit www.ansys.com to obtain an official distribution.
-

Ansys Assistant

Welcome to Ansys Assistant!
An AI-based virtual assistant for active Ansys Academic Customers. Please login using your university issued email address.

Hey there, you are quite inquisitive! You have hit your hourly question limit. Please retry after '10' minutes. For questions, please reach out to ansyslearn@ansys.com.
RETRY