Milling Course results and more..

Dear Students,

could you also post whatever you have been doing at the milling course? I would like to see what you have been learning there and how you can implement it into the desogn process of your pods. Also as mentioned allready before keep developing your pieces in more detail....finals are coming in full speed, and time is not gonna slow down...

As mentioned try to put attention onto the connrction details between your components, you don't want people to grab between your panels and take a screen along..

Did you mill a small prototype?

-Hauptelement-besteht aus vier Teile -Oberteil und Unterteil, die auch aus den
zwei Teilen gebildet sind
-Verbindung--mittels gekrümte Fläche am Rand -großere Kontaktflache, einzelne Elemente
sitzen aufeinander und mittels gemeinsame Krümmung angebunden und fixiert sind

Doing fine..

It seems like some of you are doing great progress in the work on the pods. I would ask the ones who have not posted recently to do so soon. It is time for all to think more in detail about their designs, remember we where talking about the surface as detail. The surface can fulfill actually tasks that normaly are fulfilled by additional components. Try to design a way to connect your components with the minimum possible ammount of parts. They also should be easy to assemble. Most of you still need to show their pieces in exploded axonometric view, to understand how they come together etc..

Wishing you the best,

Matias del Campo

next step: connection and improvement of the simple shells (geometry/ function)

new possible way how the single objects fit together

Hi Sandra, Hi Matias!
Could I get a short general feedback of my my current project status in order to continue my work efficiently? I just wanna know if I am working in a right direction or not... for myself, I am quite satisfied with the way how I generated this geometry. It is the first time, I think, that the object's surfaces are really related to the fractal (sub)structures.
I know there are many more things to modify. (like the joints, the protection of the screen, geometry corrections, maybe a better solution for the connection with the ground, and so on...) But it would be cool and helpful for me to hear your general opinion about my object. Thanks in advance!

By the way, concerning the milling course on Monday... We got a detailed introduction to the 3-axis-milling machine and a short overview of the vacu-forming machine...

greetings
sev

Milling Course

Post also images of the Milling course!
Sandra and I are very curious......

All the best,

Matias del Campo

here it is... the "fractable reloaded".

back to the roots... back to the privious tessellation...
...but this time I tried to include the geometry of the sub-fractales!

Model

-wohl die Variante mit unterliegendem nach unten gekrumten Teil

konstruktiv besser ist-besser fur Stabilitat und mit großerer Kontaktflache

Inspiration in Natur

-wie falten sich sepals, wenn die Blume sich zumacht

Latest Results

Dear Students, thanks for posting the most recent results. There is one or the other thing you should post so we can see the results better. Try to make an exploded Geometry of how the different layers of your pods come together. Where is the connection points and how do the connections work. Is there a specific idea of how the joints between your layers look like and how they function? Remember we where talking about joints in biological systems, and how they effect the joints between components. Thats the next steps we need to see in more detail..

All the best,

Matias del Campo

KUNSTHALLE

Ich habe einen Model der Kunsthalle gemacht.

-nach dem Plan, auch mit dem Innenraum

-Michael

der milling course findet jetzt kommenden montag den 20.04 um 10:00 im Modelliersaal (stiege1, 4.stock) bei florian rist statt
lg Christoph