-
-
December 12, 2021 at 6:38 pm
Nayyer637
SubscriberHi iam working on the Rotating mesh of propeller in an MAV body and after setting up all the boundary conditions iam getting exactly the same cd values but not the Cl values can any one tell me.
Iam getting and info during fluent that my" two interface zones are penetrating which would adversely affect your results"
December 21, 2021 at 12:56 pmKarthik Remella
AdministratorHello Are you using the MRF approach? What is your computational mesh like? Could you please share a screenshot of your mesh?
I'm sure you have already verified this - make sure that you are using the correct reference values to estimate Cd and Cl.
Karthik
November 18, 2023 at 7:26 pmAkshay
Subscriberhello i am working on centrifugal pump using MRF approach, I am trying to simulate rotating impeller. I am using un-structured meshing. while setting impeller-volute interface and running the calculation, iam getting reversed flow at inlet.Â
"Info: Interface zones, 995 and 4, possibly penetrate each other.
This could adversely affect your solution."
Â
"
November 21, 2023 at 11:07 amRob
Forum ModeratorHave a look at the interface faces, how do they look?
Viewing 3 reply threads- The topic ‘Zones penetrating each other’ 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
- 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
- Centrifugal Fan Analysis for Determination of Characteristic Curve
- JACOBI Convergence Issue in ANSYS AQWA
- affinity not set
- Resuming SAG Mill Simulation with New Particle Batch in Rocky
Top Contributors-
3867
-
1414
-
1241
-
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