Topology Optimization and Design for Additive Manufacturing (DfAM) - 3D Printing Course

Описание: In this video, MX3D demonstrates the potential of topology optimization.

And also, very important:

How to make the topology optimized connector 3D printable with Directed Energy Deposition (DED).⠀

֍ Wait, what's topology optimization?

A computational design method used to determine the optimal material layout within a given design space.

"Optimizing the material layout within a defined space".

👉 Read our blog post, here: XXXXXXXXXXXXXXXXXXx

֍ And why do we teach Topology Optimization in our 3D printing course?

Because we believe that all engineers and designers should be proficient in:

✅ Weight reduction:
Lightweighting is critical in industries like robotics, aerospace and automotive.

✅ Material and cost reduction:
Minimizing material usage means:

lower material cost;
lower environmental impact;

✅ Structural performance optimization:
Better distribute loads.

And create designs with improved strength (while minimizing material and weight).

✅ Turning an optimized shape into a 3D printable component:
Master how to add constraints to your topology optimizations.

By constraints we mean:

Communicate to the algorithm the manufacturing limitations of the 3D printing technology you will use to manufacture the component.

And be sure to generate an optimized component that is 3D printable.

֍ [3D PRINTING COURSE] - Grow your career in Topology Optimization, Lattice Structures, Generative Design and Design for Additive Manufacturing (DfAM):

🔗 → Show your interest (1 minute) and access "Table of Contents" and "1 Free Class": https://3dprintingcourse.xyz/en/eng-form-w...

Video by Takenada and MX3D.

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