Topology Optimization
ฝัง
- เผยแพร่เมื่อ 9 ก.ย. 2022
- Topology optimization is a mathematical method that spatially optimizes the distribution of material within a defined domain, by fulfilling given constraints previously established and minimizing a predefined cost function.
Topology optimization is different from shape optimization and sizing optimization in the sense that the design can attain any shape within the design space, instead of dealing with predefined configurations.
Text Source: Topology optimization / Wikipedia
Topology Optimization / ScienceDirect
Video Source:
1- MX3D Printed Bridge Update 2018/ TH-cam/ MX3D
• MX3D Printed Bridge Up...
2- MX3D Bridge Placement, Amsterdam 2021 / TH-cam / MX3D
• MX3D Bridge Placement,...
3- World's first 3D printed STEEL bridge | MX3D / TH-cam / Belindar Carr
• World's first 3D print...
4- Producing the world's first 3D-printed bridge with robots "is just the beginning" - Joris Laarman / TH-cam / Dezeen
• Producing the world's ...
5- Ameba Topology Optimization Software Based on Grasshopper / TH-cam / Ameba
• Ameba Topology Optimiz...
6- 3D concrete printing of a topology-optimized bridge/ TH-cam/ Concrete3DLab Ghent
• 3D concrete printing o...
7- Topology-optimized concrete bridge/ TH-cam/ Concrete3DLab Ghent
• Een optimale betonnen ...
8- Topology optimisation of a bridge / TH-cam / Jordan Burgess
• Topology optimisation ...
9- Topology optimization for additive manufacturing Part 1/4/ TH-cam/ Jun Wu
• Topology optimization ...
10- Topology optimization for additive manufacturing Part 4/4/ TH-cam/ Jun Wu
• Introduction to topolo...
11- 3F3D - Form Follows Force with 3D Printing / TH-cam / Bayu Prayudhi
• 3F3D - Form Follows Fo...
Image Source :
[1]- 3D‐Printed Stay‐in‐Place Formwork for Topologically Optimized Concrete Slabs / ResearchGate / Andrei Jipa, Mathias Bernhard,Mania Meibodi , Benjamin Dillenburger
www.researchgate.net/profile/...
www.researchgate.net/profile/...
www.researchgate.net/profile/...
[2]- New Opportunities to Optimize Structural Designs in Metal by Using Additive Manufacturing / ResearchGate / Salomé Galjaard Sander Hofman Shibo Ren
www.researchgate.net/profile/...
www.researchgate.net/profile/...
[3]- Topology Optimization is not Generative Design / Autodesk
i0.wp.com/www.autodesk.com/pr...
[4]- ''Melonia'' shoes - designed by Naim Josefi / materialise
i.materialise.com/blog/wp-con...
[5]- A lightweight topology optimized motorcycle frame manufactured using metal 3D printing / formlabs
formlabs.com/eu/blog/topology...
[6]- TO flow / 3DPrint.com
engineeringproductdesign.com/...
[7]- The bracket geometry with eight load cases / comsol.com
www.comsol.com/blogs/performi...
More info👇
parametrichouse.com/topology-...
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More info👇
parametrichouse.com/topology-optimization2
topology optimization would be a very perfect example on how to use AdaptivePartsEnvironment so many people can use this technology in a simplified way.
Very nice video showing the potential of this technology, hope to see more rsults in real life soon!
Of course, FINITE ELEMENT METHOD brought us here and FINITE VOLUME METHOD. Finally. :P
TOPOLOGY OPTIMIZATION is amazing and I will use it for my designs. On the other hand I'm more conservative i.e. less organic without using those bone shaped optimized castings. Waffle structures comes to mind. I do really like this approach but my preferences goes with Pier Luigi Nervi, Felix Candela among others like Santiago Calatrava and Antonio Gaudi. In my opinion structural design optimization is in its infancy. There is a lot of learning and maturity. Without the risk of this ending in a fad many structural engineers are approaching this with care and the right approach.
I think that architects and engineers of Cathedrals intuitively used these techniques with nerved structures at a basic level. It's an old strategy that got a new level of comprehension like the materialization and visualization of internal forces such as shear, stress, torque, strain, tension and compression. Mohr circles and hysteresis are being used as design tools too such as the expansion and contraction of pieces due to heat loss or heat gain.
This is an amazing set and strategy for design of structures such as the TPMS or triply periodic minimal surfaces, the Erwin Hauer linked structures of double and triple skins, the weaving and the families of Kagome like structures.
I do like the approach but I don't abuse much the aesthetics. It is indeed highly relevant but Zaha Hadid had her time. :P.
Thanks for your informative review 👍
Model in this way are powerful for buildings and bridges love this studies.Parametric.
Very cool!!!
👋
I've only seen Topology optimization software in Fusion 360, I had no idea that it was possible in Grasshopper. Really looking foward to a tutorial on this in the future.
SUPER!!!
🙂
But why is the topology optimization trying to seduce me?
:D
Can you help me with a topology study in Solidworks 2022?
Is it a coincidence that those structures look like bones? I think, skeletons might have been optimized through evolution, as creatures with lighter bodies could move (hunt/escape) easier, creating an advantage
Would you have a course on this?
We will add a tutorial on this in the near future
@@ParametricHouse What is near future ?
When will we have a tutorial on this please ?
We have several example files on our website for Topology optimization but a tutorial will be recorded for the next month
@@ParametricHouse Will you make one with Ameba ? WOuld be interesting to see how you manage to make a building.
Song name pls ? Of course like share and subscibe ;)
I second this request this song is really good!
😳 𝓟Ř𝔬𝓂𝔬𝐒ϻ