Following on from the tutorial yesterday where Jack talked about possibly casting his experiments with sand using a saline solution sprayed onto the forms created here are two further ways of utilising sand to create rigid structures.
The first is a 3D printer which concentrates the solar energy to form glass structures from the sand the machine sits on. I know many of you have seen this before but I thought I’d post it in relation to this specific topic. The link is to designboom, a great website with daily updates from the latest innovations in architecture, art and design. Check out the link to find further information on Markus Kayser’s printer.
The second is a TED lecture given by Magnus Larsson. He proposes an ambitious project to stop desertification in the Sahara by literally forming a wall across the continent using the desert sands as a bulding material.
If anyone wants to edit this post to try and embed the video from the TED lecture go ahead, I can’t get it to work with their f=video format but that may just be me.
This is the arduino website where you can find very useful information on what an arduino can do, and how to use it. You can download the processing sotfware for free and browse and post comments and questions on the forum.
This is the fritzing website, which is a sotfware that helps you design your circuit, share information and learn about interactivity
Andrew Kudless (a.k.a. Matsys) demonstrates the parametric techniques used to design the P-Wall and the building techniques used to actually physically create it. The project as such and especially it’s form might be interesting to anyone who is fascinated by Frei Otto’s pneumatic structures.
Photograph of the P-Wall taken from the MATSYS website
[top to bottom: Solar Pavillion1, 2 and 3]
Situ Studio is a New York-based design practice that engages in experimental work and material investigations and maintains a parallel operation as as a digital fabrication and design consultancy.
The Solar Pavillions are series of pavilions designed by Situ Studio that ‘explore indeterminate construction systems that are shaped by sustainable building pratices…to create a set of parts that are easy to assemble through a set of localised construction rules. The flexible structural logic allows for a wide range of configurations…Manufactured with a zero-waste mandate, these designs explore methods for producing reconfigurable temporary structures at a low cost and low environmental impact’
Fast Company has published an article on printing food which talks about the Cornell Machines Lab‘s work and more specifically Jeffrey Lipton‘s group. The latter looks at how Solid Free Form Technology (SFF) will “fundamentally change the ways we produce and experience food”. They have published a paper called “Hydrocolloid Printing: A Novel Platform for Customized Food Production” explaining the main advantages of this technique which are mainly artistic, allowing experimental Chefs to create new dishes which could not have been done before. Laypeople could print these new creations from home too.
CNN Money‘s website shows one of these machines used by the French Culinary Institute.
The Printing Food Project is part of larger group, the Fab@Home which aims to make 3D printers and other new fabrication technology affordable to everyone.
The Printer with two different eatable ink
A printer in action as shown on the CNN video at the French Culinary Institute
Rinus Roelofs, a sculptor from Holland has printed a sculpture in stone with a giant 3D printer !
More information on his website.
If you would like to print your prototype full scale use the Italian company called Dinitech.