FLUENT 12.1 - Steady Flow Past a Cylinder - Solution - Simulation - Confluence.pdf
2
Simulation> …> FLUENT 12.1 - Steady Flow Past a Cylinder - Solution Labels: None SimCafe Home Browse/Manage Login FLUENT 12.1 - Steady Flow Past a Cylinder - Solution Added by John Matthew Singleton Jr , last edited by Benjamin J Mullen on Apr 27, 2011 18:07 Author: John Singl eton and Rajesh Bhaskaran Problem Sp ecifica tion 1. Pre-Analysis & Start-Up 2. Geometry 3. Mesh 4. Setup (Physics) 5. S olu tion 6. Results 7. Verification and Validation Exercises 5. Solution Second Order Upwind Momentum Scheme Solution > Soluti on Meth ods > Spatial Discreti zation . Set Momentum to Second Order Upwind Convergence Crit erion Solution > Monit ors > Residuals > Edit .... Set theAb s olu t e Cr i t er iafor , x-velocity and y-velocity all to 1e-6. Click o k Solution > Monitors > Drag > Edit... . Then check Print to Consoleand Plot . Next, click cylinderwall , which is l oca ted underWall Zones . Lastly, click o k Search Cornell FL U ENT 12.1 - Steady F low Past a Cy linder - Solution - Simulation - ... file:/// C:/Users/VI JA YEN DRA/AppDat a/Roaming /Mozilla/Firefox/Prof ... 1 of 2 21-09-2012 20:25
FLUENT 12.1 - Steady Flow Past a Cylinder - Solution - Simulation - Confluence.pdf
Simulation > >FLUENT 12.1 - Steady Flow Past a Cylinder -
Solution
Labels: None
SimCafe
Home Browse/Manage Login
FLUENT 12.1 - Steady Flow Past a Cylinder - SolutionAdded by
John Matthew Singleton Jr , last edited by Benjamin J Mullen on Apr
27, 2011 18:07
Author: John Singleton and Rajesh Bhaskaran
Problem Specification1. Pre-Analysis & Start-Up2. Geometry3.
Mesh4. Setup (Physics)5. Solution6. Results7. Verification and
ValidationExercises
5. Solution
Second Order Upwind Momentum Scheme
Solution > Solution Methods > Spatial Discretization .Set
Momentum to Second Order Upwind
Convergence Criterion
Solution > Monitors > Residuals > Edit... .Set the
Absolute Criteria for , x-velocity and y-velocity all to 1e-6.
Click ok
Solution > Monitors > Drag > Edit... .Then check Print
to Console and Plot. Next, click cylinderwall, which is located
underWall Zones. Lastly, click ok
Search Cornell
FLUENT 12.1 - Steady Flow Past a Cylinder - Solution -
Simulation - ...
file:///C:/Users/VIJAYENDRA/AppData/Roaming/Mozilla/Firefox/Prof...
1 of 2 21-09-2012 20:25
Initial Guess
Solution > Solution Initialization .Set Compute From to
farfield1. Alternately, you can simply set X Velocity to 1 m/s.
Then,click Initialize.
Iterate Until Convergence
Solution > Run Calculation .Set the Number of Iterations to
2000. Then, click Calculate. (You may have to hitCalculate twice.)
Now, have a cup of coffee. The solution should converge
afterapproximately 1647 iterations.
Save Project
Go to Step 6: Results
See and rate the complete Learning Module
Go to all FLUENT Learning Modules
This work is licensed under a Creative Commons
Attribution-Noncommercial-Share Alike 3.0 United States License
Adaptavist Theme Builder (4.2.4-M1) Powered by Atlassian
Confluence 3.5.16, the Enterprise Wiki
FLUENT 12.1 - Steady Flow Past a Cylinder - Solution -
Simulation - ...
file:///C:/Users/VIJAYENDRA/AppData/Roaming/Mozilla/Firefox/Prof...
![CFD modeling of condensation process of water …...51 was conducted on the commercial ANSYS FLUENT 12.1 platform [23]. 52 The condensation phenomenon of water vapor in supersonic](https://img.pdfslide.us/doc/110x75/5eb4b5026477c108a35b736b/cfd-modeling-of-condensation-process-of-water-51-was-conducted-on-the-commercial.jpg)
