I'm glad you are interested in strange and funny cases where Ansys Fluent was used. Here are some more web search results that might amuse you:
- [Simulation Examples, Homework, and Quizzes | Ansys Courses](^1^): A course that teaches the basics of compressible flows using Ansys Fluent, with simulation examples, homework, and quizzes. Some of the examples include isentropic compression in a piston-cylinder assembly, an airfoil in different flow regimes, and constant volume heat addition and removal¹.
- [How can I compare two cases side-by-side? - CFD Online](^2^): A forum thread where users discuss how to compare two Fluent cases in CFD Post, and learn how to synchronize the views and perform operations on the results². Some of the comments are quite funny, such as "what's that", "I can't see a padlock", and "Your picture looks like CFX 13.0 not Fluent 13.0"².
- [CFD-Tyro/Ansys-Fluent-Tutorial-case - GitHub](^3^): A GitHub repository that contains Ansys Fluent tutorial cases, such as a 2D laminar pipe flow, a 3D turbulent backward-facing step, and a 3D supersonic flow over a wedge³. The repository name is a bit of a tongue twister, don't you think?
- [ANSYS FLUENT 12.0 User's Guide - 6.3.13 FLUENT 4 Case Files - ENEA](^4^): A user's guide that explains how to import FLUENT 4 case files into Ansys Fluent 12.0⁴. FLUENT 4 is a very old version of Fluent, dating back to the early 1990s. It's surprising that someone would still use it, or need to import it into a newer version.
Source:
(1) Simulation Examples, Homework, and Quizzes | Ansys Courses. https://courses.ansys.com/index.php/courses/basics-of-compressible-flows/lessons/simulation-examples-homework-and-quizzes-10/.
(2) Simulation Examples, Homework, and Quizzes | Ansys Courses. https://courses.ansys.com/index.php/courses/basics-of-compressible-flows/lessons/simulation-examples-homework-and-quizzes-10/.
(3) How can I compare two cases side-by-side? - CFD Online. https://www.cfd-online.com/Forums/fluent/97122-how-can-i-compare-two-cases-side-side.html.
(4) How can I compare two cases side-by-side? - CFD Online. https://www.cfd-online.com/Forums/fluent/97122-how-can-i-compare-two-cases-side-side.html.
(5) CFD-Tyro/Ansys-Fluent-Tutorial-case - GitHub. https://github.com/CFD-Tyro/Ansys-Fluent-Tutorial-case.
(6) CFD-Tyro/Ansys-Fluent-Tutorial-case - GitHub. https://github.com/CFD-Tyro/Ansys-Fluent-Tutorial-case.
(7) ANSYS FLUENT 12.0 User's Guide - 6.3.13 FLUENT 4 Case Files - ENEA. https://www.afs.enea.it/project/neptunius/docs/fluent/html/ug/node181.htm.
(8) ANSYS FLUENT 12.0 User's Guide - 6.3.13 FLUENT 4 Case Files - ENEA. https://www.afs.enea.it/project/neptunius/docs/fluent/html/ug/node181.htm.
(9) Getty Images. https://www.gettyimages.com/detail/news-photo/in-this-photo-illustration-the-ansys-logo-seen-displayed-on-news-photo/1212478964.
Funny memes on Ansys Fluent
Sure, I can show you some funny memes about Ansys Fluent, which is a software for computational fluid dynamics. Here are some memes that I found on the web:
- [A meme](^1^) that shows a sarcastic reaction to someone who says they are fluent in Ansys Fluent¹.
- [A GIF](^2^) that shows a simulation of a car crashing into a wall, with the caption "When you forget to set the boundary conditions in Ansys Fluent"².
- [A video](^3^) that features a compilation of memes that are related to sarcasm, with the title "Fluent Sarcasm Delight: Memes That Will Have You Rolling with Laughter"³.
Source:
(1) 50 Hilarious Memes That You Might Appreciate If You Speak Fluent .... https://www.boredpanda.com/hilarious-sarcasm-only-memes/.
(2) 50 Hilarious Memes That You Might Appreciate If You Speak Fluent .... https://www.boredpanda.com/hilarious-sarcasm-only-memes/.
(3) Ansys GIFs - Get the best GIF on GIPHY. https://giphy.com/explore/ansys.
(4) Ansys GIFs - Get the best GIF on GIPHY. https://giphy.com/explore/ansys.
(5) Fluent Sarcasm Delight: Memes That Will Have You Rolling with ... - YouTube. https://www.youtube.com/watch?v=fn58DmTjuYM.
(6) Fluent Sarcasm Delight: Memes That Will Have You Rolling with ... - YouTube. https://www.youtube.com/watch?v=fn58DmTjuYM.
Story of Bob and his modelling in Ansys Fluent
Bob was a mechanical engineering student who had to complete a project on fluid dynamics. He had heard of Ansys Fluent, a powerful software for fluid simulation, but he had never used it before. He decided to download the free student version from the Ansys website[^1^][2] and give it a try.
He installed the software on his laptop and opened it. He was greeted by a user-friendly interface that offered him various options to create and run a simulation. He clicked on the "New Project" button and chose a template for a simple pipe flow. He thought that this would be an easy way to start and learn the basics of Ansys Fluent.
He followed the instructions on the screen and entered the parameters for the pipe geometry, the fluid properties, and the boundary conditions. He then clicked on the "Mesh" button to generate a mesh for the computational domain. He was impressed by the speed and quality of the meshing process. He clicked on the "Solve" button to start the simulation.
He expected to see some results in a few minutes, but nothing happened. He checked the status bar and saw that the solver was still running. He waited for another 10 minutes, but still no results. He wondered what was wrong. He opened the solver log and saw a lot of messages that he didn't understand. He saw words like "convergence", "residuals", "iterations", and "error". He felt confused and frustrated.
He decided to search for some help on the internet. He typed "Ansys Fluent tutorial" on Bing and found a link to a webinar by Ansys[^2^][3]. He clicked on it and watched the video. He learned that Ansys Fluent had a lot of advanced physics models and capabilities that he didn't know about. He learned that he had to choose the appropriate turbulence model, set up the monitors and convergence criteria, and check the solution quality and accuracy. He realized that he had skipped a lot of important steps in his simulation setup.
He felt overwhelmed by the amount of information and complexity of Ansys Fluent. He wished he had taken a course or read a book on fluid simulation before trying to use the software. He decided to quit the software and delete the project. He thought that maybe he should try something simpler, like Excel or Matlab. He hoped that his professor would not notice his lack of skills and knowledge in fluid dynamics.
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