LOOK HERE.
Drag and Lift Force Tutorial
1 Navigate to Add-in http://i.imgur.com/rCVB7.jpg
2 Check Solid works Flow Simulationhttp://i.imgur.com/stDoo.jpg
3 Import your file http://i.imgur.com/nHZd7.jpg
4 Select wizard http://i.imgur.com/Pq8DW.jpg
5 Next, Make sure velocity is set to meter per second http://i.imgur.com/JmkTp.jpg
6 Next, under Gases - Pre-Defined, double click Airhttp://i.imgur.com/eFzRd.jpg
7 Go back, under Analysis type select external and select exclude cavities.. and exclude
internal space ...http://imgur.com/NvZf9
8 Select next until you reach initial and ambient conditions type in -20 under velocity in X
direction. (*note that this is the direction of your car's axis towards the front refer image)
http://i.imgur.com/OquNf.jpg
9 Click next and then finish.
10 Right click computational domain and select edit definiton http://i.imgur.com/NLG9c.jpg
11 Enter the following digits into the size and conditions as so http://i.imgur.com/OGpzf.jpg
12 Right click global goals and insert global goals, select force x and z http://i.imgur.com/Wxdtp.jpg
13 Select run, then run againhttp://i.imgur.com/uM05q.jpg
14 Once solver is finished, select the flag icon with black and yellow checkers and there will
be a table, GG Force X is your drag and GG Force Z is your lift http://i.imgur.com/Ek7Hq.jpg
That is all, if any problems occur, PM your file I will send you back the results with other
images and video in 30 min or less. All Rights Reserved to SolidWorks 2013 SP0.0 /
October 9, 2012 under Dassault Systèmes SolidWorks Corp intended for fair use and
educational purposes only.
Drag Coefficient Calculation
*teehee my handwriting :3*
GAH.
TO MY BELOVED JUNIORS, THANK ME ;D
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