Additive Manufacturing: Testing and Simulating 3D Prints

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Joan Horvath and Rich Cameron

1:38:53

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01 - Introduction

01 - Simulating, testing, and validating 3D prints.mp4

01:03

02 - Who this course is for.mp4

01:26

02 - Issues

01 - Repeatability.mp4

05:37

02 - Fidelity loss during slicing.mp4

05:56

03 - Errors introduced in fabrication.mp4

05:53

04 - Orientation-dependent part strength.mp4

06:28

05 - STL vs. 3MF.mp4

06:16

06 - Material properties.mp4

05:41

03 - Simulation

01 - Simulating a 3D printed part.mp4

05:31

02 - Topology optimization and generative design.mp4

05:28

03 - Simulating printing with filament.mp4

05:08

04 - Simulating and monitoring the print process.mp4

05:50

05 - Case study Simulating metal printing.mp4

04:01

04 - Testing

01 - Testing plastic 3D prints.mp4

05:49

02 - Testing metal 3D prints.mp4

04:40

03 - Creating test parts.mp4

04:04

04 - Testing bioprints.mp4

05:42

05 - Validation

01 - Evolving AM standards.mp4

05:53

02 - Low-cost filament print validation.mp4

03:38

03 - Case studies Qualifying materials.mp4

03:38

06 - Conclusion

01 - Next steps.mp4

01:11

Description

3D printing has become more common in commercial applications, both for one-off custom parts and at scale. There are tradeoffs between using familiar general-purpose simulation tools to model bulk material properties of 3D prints and using specialized or proprietary software designed for additively manufactured parts. In this course, instructors Rich Cameron and Joan Horvath explore issues that arise when creating an additively-manufactured part, from the design stage through simulation, fabrication, testing, and validation. They review the rapidly-changing landscape of standards development, such as the evolution from STL files into formats such as 3MF. Joan and Rich include case studies from users ranging from those who just want to avoid having to make a print twice to those needing formal certification in regulated industries. The authors compare the costs and limitations of different approaches being taken in this space today, so that you can make your own informed choices.

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3D Printing

Joan Horvath and Rich Cameron

Instructor's Courses

3D printing will transform many industries.Our consulting practice, Nonscriptum LLC (joint with Rich Cameron) is focused on good strategic application of maker technologies in general, and on training others to use them. We teach others how to use these technologies, but with a focus on why to use them. We have written seven books for the Apress imprint of Springer-Nature publishing, and just finished our second book for Make Community LLC. We have authored many courses for LinkedIn Learning (formerly Lynda.com). For National University, I focus on making science and math more understandable for our students who will one day go on to be educators themselves. I am also a recovering rocket scientist, and spent 16 years at Caltech's Jet Propulsion Laboratory in Pasadena, as well as being an MIT alum active in various alumni pursuits. Specialty: Finding ways to explain technology, math and science to people so they get it. We are experienced in developing content for online learning.

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.