Last week the MA LAB was finally completed. After almost 2 years, the design having been updated multiple times and the go ahead obtained to cut the MDF sheets at Met Works; the cut pieces were assembled over two days by a group of MA students. The design was to provide 10 PC work stations for the MA students and ample storage space for models, materials and portfolios. Design limitations included the sole use of friction joints and the lack of fixings to the floor and walls of the room.
Sunday, April 25, 2010
London Metropolitan MA LAB
Last week the MA LAB was finally completed. After almost 2 years, the design having been updated multiple times and the go ahead obtained to cut the MDF sheets at Met Works; the cut pieces were assembled over two days by a group of MA students. The design was to provide 10 PC work stations for the MA students and ample storage space for models, materials and portfolios. Design limitations included the sole use of friction joints and the lack of fixings to the floor and walls of the room.
Labels:
CNC milling,
London Metropolitan,
Metropolitan Works
Saturday, April 24, 2010
Smart Geometry Conference 2010
Principle studio attended the Smart Geometry Workshop and Conference in Barcelona to further the exploration into tensioned surfaces. The 'Building Prototypes' workshop served as an opportunity to develop through fabrication, the creative possibilities shared by digital design and the most up to date numerically controlled construction techniques.
The stage within the IAAC building in Barcelona
The tensioned fabric surface and cable net to be stretched across the IAAC hall, was calculated and stressed through Processing and imported in G.C to be developed into flat elements.
surface in G.C and Processing
This revealed to be the trickiest part of the exploration as no accurate method for the description of the fabric's elastic behaviour could be produced. A series of approximations involving the discretization of the mesh geometry were used to create flattened fabric templates
Cutting and stitching process
tensioned element within cable net
Despite the availability of a cutting machine, the fragility of the fabric made it impossible to use the cutter, which required for each profile to be hand cut. This and approximations in the unfolding script were perceivable once the 26 fabric tubes were connected to the net frame. For such a reason it was chosen to keep the 3 which appeared to describe the geometry more closely.
26 tubes failing to connect to each other and the supporting net
3 fabric tubes connected to the cable net
Labels:
Deep Surface,
Processing,
Smart Geometry 2010,
Tension Skins
Tuesday, April 6, 2010
Easter break
Open living room (left) and kitchen (right) with plastered walls
25mm thick double glazed 2.2 U-value units
Plastered corridor walls with finished lowered ceiling.
Ceiling trap doors conceal the service points and the boiler
The boiler concealed in ceiling of corridor
The bedroom
Entering main bathroom from corridor
Fittings are ready to accept sanitary ware
The shower and in the lower image showing the pan area with a separating ledge
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