Existing Buildings by mitchnewbold
February.27.2009, 1:05 pm
Filed under: Media, Urban Planning


Structure.02 by jonbailey
February.27.2009, 1:12 am
Filed under: architecture

Still a concept model showing the rough form of the steel being weaved into the modular pieces to create the structure. Off of this the structure forms into the existing buildings. -Jon



Site.02 by jonbailey
February.26.2009, 9:33 pm
Filed under: Urban Planning

network_site_program_02b

Round two…



MLK Drive, over or under? by geoffreysblog
February.26.2009, 6:45 pm
Filed under: Urban Planning


Breeding Tables by jonbailey
February.26.2009, 11:53 am
Filed under: Studio Talk

Look at the table and the process…
Kram/Weisshaar



Structural by jonbailey
February.25.2009, 6:31 pm
Filed under: architecture

structure_floor-system_02

Think we’re getting somewhere? The above image, rectalinear as it may be (ease of modelling by hand), is a test model for a structural system that we are currently developing for our project. Rolled steel strips, able to be stacked and fit onto an 8×40 flatbed, are hauled to the site after fabrication. Fabrication includes cutting the steel at the desired angle, to bend the strip, customization in its most basic form. This becomes customization of a linear piece, a linear piece of steel becomes a distirbuted network of interconnected metal, costing no more money to cut 5 degrees of an angle more, and at any rate. The steel is then woven together, where the density is determined by the loads being applied on it. In places where there is more stress, more members will be supplied to the weaving process. This means the building uses less material to gain maximum strength, like human bones that vary in thickness depending on the stress they bear. This means the ratio of members is kept to a minimum, while structural strength is at a maximum. The instructions for bending the metal strips are engraved on the physical material itself. Using comtemporary or robotic bending techniques, skilled operators follow the instructions detailed on the material to craft the final structure. The floor is held together in equal tension and compression, exploiting steels tensile strength. Flooring becomes a modular component, which holds circulatory, resporatory, and nervous systems of our organism. Steel is then woven around these modular pieces, thus creating a stronger structure. A customizable membrane, with pixel changing shading devices able to harvest sunlight through sprayed pv-cells, is then attached to the interior of the structure. Information (0s and 1s) is used to create the changing shading device, blocking out the sunlight, since the structure serves the purpose of stress reduction. Still a work in progress… -Jon



Michigan Ecology-Part 1 by khfan
February.25.2009, 12:31 pm
Filed under: Urban Planning

Michigan Ecology-Part-1