[NTUT] Digital Fabrication: [DF 2012] Group 9：Poseidon fork 海神叉

Info

研究分析:多星點形體是複雜的單元幾何。
其中以同一個中心點，生長出四個方向的軸線，進而研究幾何形體披覆術。
由拆解的單一面來看，都是由中心的三向幾何形銜接三叉管所構成。

構成:由研究得知，以往經驗三角化為最有效之披覆術，但於四叉形體並無完全統一單元之趨勢，因此設計重點在於不更變幾何形體之特定組構機制下，發展具有量產潛能的特殊單一版片，我們嘗試挑戰同樣的版片去建構一個四叉單元。
這些四叉單元經巧妙的計算得以以卡榫與其他單元相接，構成不同樣式的客製化形體。

客製化的自由形體猶如不同種類的珊瑚。我們稱她Coral-fly，猶如我們的仿生理念，再自由的形體依然是建立在系統機制操控的原則上。

Research and analysis: Star body is a complex geometry of the unit. Grow out of the four direction of the axis of which with a central point to study the geometry draping technique.

By the dismantling of the single side, are posed by the center to the geometric convergence of trigeminal tube.

Constitution: The study indicated that past experience triangle into the most effective drape technique, but the quad shape is not completely unified unit of the trend, so the design focused on the specific structuring mechanism is not more variable geometry, the development of production potential of the single special plates, we tried to challenge the same plates to construct a four-fork unit.

Quad unit clever calculations can be phase latches with other units, constitute the different styles of custom shape.

The free forms of customization like different types of coral. We called her Coral-fly, like the concept of the bionic, the freedom of the body is still based on the principle of the manipulation of the system mechanism.
(Google翻譯需修改)

Group members

Development

Design Development

發展模型-2Development model-2

製作過程：首先製作大量三叉型狀(平面)的板片(珍珠板)，以6~10個小片為一組，

把小片組織完成後，再用一組與一組去拼湊出不規則形，利用針去連接各組，並且支撐。

Production process: First, make a lot of trigeminal shape (flat) plate (pearl board), a group of 6 to 10 small pieces,

Small piece of tissue is complete, and then a group with a group of irregular in shape, to piece together the use of needles to connect to each group, and support.