Ddf final w1&2

DIGITAL DESIGN + FABRICATION SM1, 2016 M1 JOURNAL –Moose Head

SU GU

815638 Greenwood Matthew #8

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Measured Drawings

This wooden moose head model is traced after carefully scanned and photographed on a flat plane with scale ruler by the side.

Dimensions are measured by scale ruler while comprising the plans of Assembly Instructions to scale.

PLAN

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3070mm

3mm

2850mm 1350mm

ELEVATION

SECTION 2350mm

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Analysis

This model is assembled from a 2D board (show below) to a 3D model by interlocking 26 separate prices altogether. Separate flat pieces are slotted perpendicular to each other, therefore they can stand in a flat platform.

This model can be joined without glue although glue can help for a firmer fix.

cc cx

Slotting and interlocking two pieces which are with the same number (e.g. 28 to 28, 1 to 1).

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Different spacing between interlocking gaps produce shadows and volume to the model. Similar pieces in various sizes also create depth to the model when lied up.

Pieces of different sizes (Neck part).

Pieces of different sizes and spacing.

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Digital Model

Series of reddened Rhino model for Moose Head.

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Details

Digital modelling process

1. Draw the outlines of every piece. Use “Extrude Planner Curve” command to make them three-dimensional.

“Gumball”, “Osnap” and moving pieces from point to point help easy and accurate assembly.

2. Assembly the digital model by interlocking two exact pieces that match.

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Sketch Model

Manipulating original material by cutting.

Reconfigure object This model is reconfigured by using the same material as the Moose head model. Similarly, interlocking technique is applied in the Section and Profile system to make a 2D section to a 3D model. It is noticed that two kits which are intersected along the gaps can create stronger structure than those do not.

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This Self-supported model can be placed on the shoulder or hands as a protection.

Experiment: Practice the same interlocking technique by another material, Basel wood, which is thinner and softer. It is find that it is easier to form an angle while intersecting. The thickness and quality of a material can effect the way to form volume.

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Details .

According to readings, personal space is invisible in the real life while when it is invaded, strong actions will be taken to defend people themselves. This design inspired by moose horns, which act as protection for moose when it feels dangerous. The horn itself can actually attack the invaders. This design consists of two parts. The pointed “horns” can be stored to the back. However, once the person feels dangerous and uncomfortable, this “horn” will be release to warn others. It also acts like a claim and sign for personal dominant.

Head and space in front of human body is the most sensitive place. This design visually shows the personal space in those particular areas. The idea comes from shelters in real life. Slim repetitive curve lies interlock one another to form a radiated structure. It wrapped around human body, like the shelter which provides people sense of security.

Interlocking methods..

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Instead of thinking about the defensive reaction that personal space can bring to people, a sense of chaining can also be felt. Personal space not only poisons people into their own space but restricts and keeps others away or close to themselves. This design is focus on this kind of feeling, using chained-like pattern roping around the human body to actually show those limitations.

Appendix

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