Composite Design and Manufacturing 03: Validation and Production

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Aram Goganian

1:11:07

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[1] Introduction

[1] Build better with composites.mp4

00:54

[2] Preparation of carbon fiber material and components parts for manufacturing.mp4

01:38

[2] 1. Adding Model Details

[1] Understanding bearing races in a composite object.mp4

04:34

[2] Threaded holes for precision inserts.mp4

04:12

[3] Integrating prebuilt components into composite structures.mp4

04:48

[3] 2. Simulating and Creating a Composite Structure

[1] Software validation and simulation of CFD data.mp4

03:45

[2] Set up CFD.mp4

02:56

[3] CFD testing.mp4

02:11

[4] Set up a model to build layup.mp4

04:37

[5] Build layups.mp4

04:25

[6] Simulate composite layup.mp4

04:26

[7] Flatten layup for cutting.mp4

02:08

[4] 3. Composite Mold

[1] Mold design overview.mp4

04:47

[2] Design mold.mp4

06:06

[3] Mold CAM (computer-aided manufacturing).mp4

08:38

[4] CAM to CNC (computer numerical control) in composite cutting.mp4

00:41

[5] 4. MFG of Childrens Composite Carbon Fiber Push-Bike

[1] Laying up part with mold and core.mp4

01:49

[2] Curing part and removing part.mp4

02:17

[6] 5. Testing Validation

[1] Calibrating testing of push-bike.mp4

01:16

[2] Reviewing data from MFG and comparing with simulations.mp4

02:59

[3] IoT data from MFG process.mp4

01:37

[7] Conclusion

[1] Go ride.mp4

00:23

Description

In this three-part Composite Design and Manufacturing series, carbon fiber product designer and fabricator Aram Goganian presents an essential guide on composite design and manufacturing, detailing the building of an actual consumer product—in this case a balance bike—from composite design to the finished product.

This third course in the series presents the final design workflow management and the integration of supplemental component additions that affect the end-product production plan. Aram shows how to use tools like CFD solvers to finalize the wind flow to make sure that the part is designed correctly, and how to use composite simulation tools to make sure that the parts are laid up correctly and structurally sound. He finishes the course by showing how to make the mold, produce and test the parts, and get the product out the door.

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Materials Science

Aram Goganian

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Linkedin Learning

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LinkedIn Learning is an American online learning provider. It provides video courses taught by industry experts in software, creative, and business skills. It is a subsidiary of LinkedIn. All the courses on LinkedIn fall into four categories: Business, Creative, Technology and Certifications. It was founded in 1995 by Lynda Weinman as Lynda.com before being acquired by LinkedIn in 2015. Microsoft acquired LinkedIn in December 2016.