Fluent software needed .

 There is a method how to use and what the main question under the pdf named WORKSHOP5 .Run according to pdf and after that follow the under points .And dont forget to put photos per cases.

This is an extra credit project - an opportunity to learn practical fluid mechanics career skills.  

1. Run the manifold example from class as your "baseline" case for reference.  Experiment with changing the output plots and data that are available.
2. There are hundreds of input parameters that make CFD run.  Experiment with some of them and see the results.  
3. Select 4 specific inputs that have an appreciable or significant impact in changing the results.
4. Run 4 cases, changing each of the 4 inputs - one at a time.
5. Compare results from each of the 4 runs with your baseline reference case.  For example - compare streamlines, pressures, velocities, etc.
6. Research why the results changed the way they did.
7. Prepare a Word document describing your results.  For each of the 4 cases, describe:
   1. why did you chose changing this particular input?
   2. include plot(s) from the CFD comparing results to baseline.
   3. use science to explain why you believe the results changed.
8. upload the Word doc (doc or docx file format) to this assignment link by the due date and time (Sunday 20 July at noon.)

No specific page length or work count is required.  Quality is more important than quantity.  It is certainly possible to communicate effective mastery of knowledge with relatively few words.  On the other hand, it is also possible to write many pages and not explain much.  However, it is anticipated that at least 1 to 1.5 pages, per case, would be reasonably required to articulate your results using words and graphs.  Thus, a reasonable total page count target would somewhere in the 4 to 6 page range.

Original work is expected for credit.  Cheating by copying other students work or plagiarizing the internet is unreasonable.  No extra credit is offered if your work significantly matches another student's work, or the internet is plagiarized.  Your submission will be checked for AI content and plagiarism