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Friday, January 19, 2018

Akane Moriyama : The Flying Jellyfish

The Flying Jellyfish

Guy - Supavitch Kugasemrat
Job - Sisilpa Srisukson


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Concept
Starting from the collage, our ideas are visualized and define. 

Guy
Movement create by wind, movable kite structure

Job
Design based on animals. Biomimicry

This lead to the decision of making a "movable kite that mimics animal movement"

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(Presentation Board)


Key:
1: Concept Collage | 2: Idea Sketches | 3: Spinning Mechanism Prototype | 4: Movement Visualizer Prototype | 5: Retract Mechanism Prototype | 6: Kite Textile Prototype 1&2 | 7: Kite Prototype|

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(Mechanism of the Kite)

After finalizing our ideas, starting from sketching we were inspired by the movement of jellyfishes. This lead us to the decision of using a mechanism that will mimic that movement. The theory was to use the propeller in the middle as an energy source. It will power up the mechanism to push and pull the membrane that will visualize the movement of a jellyfish.
By using the principle of the flat-six engine, we were able to create the movement that we want.

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However, the kite did not fly. The problem might came from the material we used, Paper. 
It makes the kite too heavy and it is not rigid enough for it to clash with the wind. 
The mechanism also does not work as intended due to the gear having too many teeth. 













Akane Moriyama: The Spinning Tetrahedral


The Spinning Tetrahedral

Akarpint Chomphooteep (Phrang)
Chanya Sukhumcharoenchit (Jene)
Yamin Kosittanakiat (Yamin)


Introduction

The kite project by Studio Akane Moriyama x INDA DEX Workshop 2018



Concept

Our concept is the resulting effects of changing environment, which in this case, is the overlapping of coloured surfaces.
The kite consists of several modules made up of different colours to create variety in the displayed interfaces.
In different surrounding situations, colours seen by each person in each position is different, so as the ground shadow.
The form is kept simple yet displays a complex and varied transformations upon the changing environment that involves wind as the main mechanism.



Inspiration

One module of our kite was derived from the tetrahedral kite structure — an extrude version



Prototypes

The earlier models of the kite of different scales using plastic bags and tracing papers as fabrics respectively




Testings

The prototype shows the kite's swaying motion
As a result, the module is then connected together to form a more rigid circular structure



Materiality

Translucent balloon sticks
Cellophane papers
Hologram papers
Small and medium treads
Sewing machine
Tape



Construction

Balloon sticks are used as the structure, since it is flexible and proven to be unbreakable as compared to wood.
To create a longer structure, two sticks are joined by the inner insertion of the pvc tube, providing a stronger connection.
At the turning joint, medium treads are used to attach sticks together by tying, allowing for low chance of detachment yet versatile.
The two cellophane papers of different colours is placed on a flat plane, to catch light and cast shadow on the ground, while the hologram paper on a diagonal surface furthermore transforms the pink and yellow cellophane surface into the other colours when seen overlapping one another.
Additionally the papers are sewed to create hollow for the sticks to pass through.



Assembly

+
Easily constructed
Inexpensive
Lightweight
Versatile
Unique!

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The kite tends to spin too random and excessive, thus unable to stay in air for long
The fabrics tear too easily
  
=
Stabalise the kite on a single side
Try different fabrics



Fly!

The kite physically responds wind from various directions while visually forming overlapping surfaces