NAOKI

Now I'm developing a device to control performance of panel since I havn't divided my floor as array of containers so idea is to use overlapping panel to build loose boundary between units by user orientated performance of panels. The device (look pretty crude....) reads rotation value of each joint and feed it to Maya and 3d model in Maya react to the device.
This is first try out and I guess this method will apply to making of doll house kind of model in 3rd term with bit of intelligence.

After inspirational tutorial with Nathasha on Friday I come up with an idea of performance of panel can incorporate of folding technique I developed in first term. As shown in previous post my old way of folding was of square and regular now I'm seeking folding with triangulation and irregular within certain rule. Also new system of flap can provide more varieties in folding (pocket, inperfect overlapping of flaps, etc.....)Imagine to have paper in materiality of sheet metal..... That's what I'm doing in Hooke. I'll make paper mock up for final presentation on this coming Friday.

I chose most complex joint of escalator core as well as structural core and will work in scale of 1:20 since original is 8 m high.

Hooke Schedule

○1Prototype_01 (laminated plywood) / 2 way folding
○2Prototype_02 (aluminum) / 3 way folding

13Mar(tue) / day_1

Arriving

14Mar(wed) / day_2

-○1Curving Test (3 angles, 86.00 / 38.00 / 90.00 ) with laminated ply
-○1Curving Test-2 / glued joint test
-○1CNC preparation (perforation test-1)
-○1○2Making Base Form……

-Material’s arriving (1.5mm ply 1.5msq * 4)

-Order extra material (1.5mm ply * ? / super glue gel )

-Confirm schedule with Nathasha

15Mar(Thu) / day_3

-○1CNC cutting (perforation)
-Confirm Final Design
-○1○2Making zig for specific curve (from previous day test)

16Mar(Fri) / day_4

-Material’s arriving (1.5mm aluminum sheet 2m×1m*4)
-○2cutting sheet (all day)

*decide for final output (with time schedule) whether ply or alum.

17Mar(Sat) / day_5

-○2Curving Test (3 angles, 86.00 / 38.00 / 90.00 ) with laminated aluminum
-○2Curving Test-2 / glued joint test
-○2Riveting

18Mar(Sun) / day_6

-○1CNC preparation (for all the components)

19Mar(Mon) / day_7

Working day (curving, laminating, assembling into one )

20Mar(Tue) / day_8

Working day

21Mar(Wed) / day_9

Working day

22Mar(Thu) / day_10

?

23Mar(Fri) / day_11

Leave Hooke Park

I'm making my 1:25 model of escalator core in 2 part, scafolding and paneling.

Technique of lamination gave me new scope of folding.
Butterfly like sheets are unfolded plan of 3 panels together (last pic from Rhino screen shot)and will be laminated and folded tomorrow.
Perforation pattern appear on sheets are for getting tighter crv (edge) by having less surface area.
It weaken the sheet at the same time so I have to negotiate with curve I want to have and strength of material.

Thank you for helping me doing CNC for Charlie and mama Monia !!