AIM Tutorials

AIM Tutorials

  1. All Channels
  2. AIM Tutorials
  3. Fluid Flow – Taylor-Couette Flow between Rotating Cylinders

Fluid Flow – Taylor-Couette Flow between Rotating Cylinders

    • August 18, 2017 at 4:38 pm
      svecchi
      Ansys Employee

       

      A viscous fluid is between two concentric cylinders of radii a and b, which are rotating at constant angular velocities. The diagram below shows these two cylinders and their respective angular velocities. In this problem, a=1[m] b=2a and 2=0 [rad/s] but the velocity of the inner wall must be calculated to create the Taylor-Couette phenomenon. Find the velocity vectors that are characteristic of the Taylor-Couette flow. See the attached file for the tutorial regarding this problem.

    • January 2, 2019 at 9:36 am
      swathi
      Subscriber

      Can you suggest me a better turbulent model that can be used? I find that only RSM model can be used. But I didn't find many tutorials for it. 

    • January 21, 2020 at 5:07 pm
      praveen98
      Subscriber

      Madam, me too working on similar problem. Can u share any material if you had found any

Viewing 2 reply threads
  • You must be logged in to reply to this topic.
Ansys Innovation Space

Earth Rescue – An Ansys Online Series

The climate crisis is here. But so is the human ingenuity to fight it. Earth Rescue reveals what visionary companies are doing today to engineer radical new ideas in the fight against climate change. Click here to watch the first episode.

Ansys Blog

Subscribe to the Ansys Blog to get great new content about the power of simulation delivered right to your email on a weekly basis. With content from Ansys experts, partners and customers you will learn about product development advances, thought leadership and trends and tips to better use Ansys tools. Sign up here.

© 2023 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.