Swept Back Eppler 423 | Dihedral Wing | Import form Excel Sheet | Aerospace | CATIA V5 R20 Beginners

Happy Learning Folks,
This time I designed an Eppler 423 Wing of an Aircraft, with Swept Back Angle of 30 degrees, with a Dihedral angle for the stability of the wing. Also, trying the minimize the process and ease the work by implementing easy kinds of stuff. I hope you guys are doing good. God bless you all.
I appreciate your efforts and input into your work. CATIA is the best tool for designing if you want to download the software please download it from the link below.
Go and check my Grab CAD account where I post my all designs and work. You can download this design from that site.
My vision is to make every engineer an skillful engineer.
Download the Software of CATIA V5
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drive.google.c...
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Download the Excel Sheets
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drive.google.c...
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Go and check my Grab CAD account to get all my designed work
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My Mail Id for any help (Queries, CAPSTONE, Design Job)
[e-mail]
#CADCAMTutorials #CADCAMCatia #CADCAM3D #CATIA #CATIAV5 #CATIATutorials #CADTutorials #CATIAExercies #CATIASheetMetal #CATIATutorial #CATIAV5R21 #CADCAMMechanical
0:00 Introduction
0:01 Going to make Eppler 423 Diherdal Wing
0:16 Select Selig Format Copy it
0:50 Follow steps to import data in CATIA V5
1:12 Open that text file in Excel
2:04 Download, excel sheets, link is in description
2:17 Enable editing and content so you can edit
2:36 Hold left-crtl to extend the numbers
2:50 Not here coz we need a column of
3:01 Mit Export button, make sure you already opened Catia software
4:01 All the commands are in Insert Menu, Just don't panic its simple
4:56 Skip some points coz they are identical, Leave some points
6:00 Dihedral Angle 7, Root Chord 500mm, Tip Chord 300mm, Swept Back distance 450 Approx, Span 1500mm
7:00 Same process making Tip chord
12:22 For Capstone Research Paper, contact me Mail Id is in Description
12:34 Download this wing from my Grad CAD account, link in description