Fractured Interstitial Water System

Burning Man Presentation_Kayleigh Dickson

The concept of is primarily based on the purifying and recycling of shower water, plus the evaporation of Grey Water. Fractured Interstitial Water System uses the water from a shower and through a series of thought out cracks filtrates, purifies and re-disperses the water around the shower systems. The programme of recycling the water at the Burning Man Festival informs the architecture by controlling the cracking formation to the preferable form for the programme, the Grey Water cracks vary in depth and scale to suit the change in the needs of the water and allows the grey water to be taken out into the playa for evaporation.
Water is a desirable and limited resource at the Burning Man festival; this programme will reduce the need to remove numerous liters of grey water from the Burning Man site after the festival and allows the concept of showering to be a daily activity rather than once or twice in two weeks.

Flotation Power

The concept of Flotation Power is primarily based around salt and its sustainable uses. Flotation Power uses saltwater as an electrolyte to generate electricity for nightime lighting and as an integral ingredient for flotation therapy. The programme of flotation informs the architecture by requiring a cocoon-like environment with salty, skin-temperature water in which to float, sheltered from the harsh elements, this is provided by natural salt formation.

Flotation therapy offers health benefits. It is well known that relaxing sleep in bed is essential to good health and often the best way to recover from stress and illness. Floating in a flotation therapy tank is even more relaxing. The deep relaxation state achieved allows the body to recover from stress, provides pain relief, stimulates blood flow and releases natural endorphins. It is a mental and physical relaxation therapy. This installation also deals with the issue of sustainable energy generation, so rather than bringing electricity generators to the site it uses a natural resource sourced from the site = saltwater.

Black Light

Black Light from Michael Clarke on Vimeo.

This is a walkthrough of my proposal for an art pavilion at the Burning Man Festival in Nevada. The pavilion is a network of tubes filled with water and a fluorescent dye that slowly travels from a central tank around the woven structure. UV lights housed on steel supporting elements set off the fluorescence. This model was an earlier design and as such has since been refined – a better video of the final proposal will follow.

Please excuse the jerky camera and the very dodgy shadows (I didn’t set a target for the sun direction): this was my first attempt at an animation using Maya. These issues will all be improved on the final proposal animation including the addition of sound and people.

The model was constructed in Grasshopper for Rhino and then imported to Autodesk’s Maya to animate. It was composed in Adobe After Effects.

Balloonwrap

In reference to economy of materials, rapid deployment, self sufficiency, interactivity and leave no trace aspects of the ten day Burning Man Festival in the Nevada desert I have explored vacuumatically prestressed structures (vacuumatics) to create a temporary structure.

Using minimal materials, a Balloonwrap cloud would encourage maximum participation during the construction and throughout the festival. An ephemeral soft cloud like landscape, where participants delight in modifying the shape as well as being able to interact with the structure by lying down, dancing on, climbing and sitting inside the enclosure.

As documented in the film above, Balloonwrap is a vacuumatic structure made using Polythene sheets at 63 microns, 5m x 3.65m, with balloons as the filling. A large scale model here is made rigid enough to span gaps, flexible enough to bend back on itself and strong enough to act as a seat or even a bed.

The material could therefore be used as the floor, wall, roof and seating elements in a continuous loop for any installation with the added benefit that it would have good thermal insulation as well as solar reflective potential (using silver/white reflective balloons/opaque film).

The main advantages of Balloonwrap are form flexibility and adaptability. An important factor that determines its adaptability is the flexibility control. Without any negative pressure (0% vacuum) the balloons inside the polythene enclosure possess hardly any consistency and are able to flow freely inside this skin. By increasing the amount of vacuum pressure the consistency of the balloons gradually increases, resulting in a more or less plastic behaviour of the structure. This enables the structure to be shaped while keeping its newly given form. Finally, in fully deflated state (100% vacuum) the Balloonwrap becomes rigid, with balloons used as a filling in my experiments, it is possible to climb the rigid load-bearing structure and sit comfortably! The reversibility of this rigidifying process enables the Balloonwrap to be re-shaped all over again.

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Magnetic Tetrahedra

This animation shows a model made from modular magnetic tetrahedra. Each tetrahedron has a side length of 50mm, and contains four spherical neodymium magnets.

The tetrahedra build up according to rules that stem from their dihedral angle [angle between two faces]. The dihedral angle of a tetrahedron given by θ=arccos(1/3) [approx 70.5288°]. This means that five tetrahedra placed face to face around a single axis fall approximately 7.2° short of a full 360°. Because of this, the tetrahedra do not fill space, and instead form sections of helical structures called Boerdijk–Coxeter Helices [Named ‘Tetrahelices’ by Buckminster Fuller].

The magnets in the tetrahedra ensure that when placed by hand, they lock together face to face to form structures that completely follow these rules. When pushed just within range of the magnets of other tetrahedra, they exhibit self organising properties, but due to the power of the magnets, occasionally stick edge to edge or vertex to vertex instead of face to face.