Final Project: Additional Bibliography

Works Cited

Hensel, Michael, Achim Menges, and Michael Weinstock. Emergent Technologies and Design. Oxon, [U.K.: Routledge, 2010. Print.

This book shows how generative design could be used to create interesting building facades. This book could be used to inform how each of my shading panels could be interact and create a dynamic facade.

Iwamoto, Lisa. Digital Fabrications: Architectural and Material Techniques. New York: Princeton Architectural, 2009. Print.

This book consists of exhibitions which use computational tools to produce physical material. Much of the work involves producing small prototypes, which when combined, create the final presentation. This is similar to my final project.

Vyzoviti, Sophia. Folding Architecture: Spatial, Structural and Organizational Diagrams. Amsterdam: BIS, 2007. Print.

This book shows how different folding techniques are used to create a variety of spaces. For example, bends created different lighting conditions than creases. The book also has examples of the Miura Ori folding pattern.

Final Project: Final Report



A homeostatic facade system responds to the intensity of the sun. It controls solar heat gain, improves occupancy comfort, and provides for a more efficient building design. Flowers and leave perform many of the same functions. By studying the motion of the Jimson Weed, and using the patterns of Miura Ori Origami, a panel system could be designed that unwinds to respond to solar conditions. It could easily be connected to an automated system allowing for greater control and increased dynamic motion.  The benefit of this system over other homeostatic facade systems lies in its ability to be actuated either by hand or by electronic means.  It is the perfect accent to a building facade and creates an interesting detail on what is often an overlooked building element.

This panel system also has the ability to be customised.  A color gradient can be added to each panel.  By controlling the degree that each panel is extended, a different color can be created.  In addition to controlling solar heat gain, this allows each panel to perform as a pixel and creates a dynamic facade element that can be used to simulate pictures and even video.

The process towards the final result was similar to solving a puzzle.  The outcome was given.  I knew I wanted to design a dynamic facade element that would respond to its surrounding conditions.  The next step was to figure out which material and movement would create this result.  My early research looked into layers and movements that would produce a gradient of different shading scenarios.  This let to simplifying the design into one layer which could self deploy on command to produce shade.  The next question was how does one layer grow in size?  It has to either expand, unroll, or unfold.  For the first two options, I looked at using silicone rubber which would be embedded with a spring or other mechanism to actuate.  This system proved to be too complex for a real world scenario.  I then looked at unfolding patterns.  The natural next step was to look at origami for inspiration.  I tried many different patterns to find one that would react in a dynamic way.  This led me to the Miura Ori family of origami patterns.  These patterns are known for their ability to self deploy.  It is an emerging technology for the space industry for deploying solar sails and photovoltaic arrays.  I found several patterns which could self deploy.  The difficult part was attempting to close the system once it was open.  This brought me to the idea of using shape memory wire actuate the system.  My initial research led me to believe that I could sew the wire into the Miura Ori pattern.  By applying electricity to the wire, It would revert back to its original shape.  I purchased 1 meter of Nitinol, the most common shape memory alloy.  It is composed of 55% nickel and 45% titanium.  In reality, the wire proved to be far less effective than I had hoped..  Luckily, the wire also exhibits super elastic properties.  By connecting the four corners of the Miura Ori pattern to the frame with this wire I could actuate the system through a rotation effect.  I used rice paper for the final design because it exhibited super resilient fibers as well as a light weight materiality.  The final step was to install a nob and add watercolor to create the visual effect.

Bibliography:

  • Defocath, D. S. A., and S.D Guest. “Deployable Membranes Designed from Folding Tree Leave.” Http://www-civ.eng.cam.ac.uk/dsl/publications/leaves.pdf. Web. 28 Apr. 2011.
    • This article show different patterns that could be used to open a solar sail.  This was one of the first articles I looked at that described the Miura Ori pattern.  This paper guided the rest of my research towards my final result.

  • DeYoung, Dr. Don. “Space-Age Leaves – Answers in Genesis.”Answers in Genesis – Creation, Evolution, Christian Apologetics. Web. 28 Apr. 2011. <http://www.answersingenesis.org/articles/am/v5/n1/space-age-leaves>.
    • This article looks at Beech Leaves. The structure has been used in Miura Ori origami to develop unfolding solar panels and solar sails for satellites.  This pattern ended up being too complex as it needed for points of attachment to open effectively.  It was also less reliable in the way it closed.

  • “GigaPan.” Main Page – GigaPan Time Machine. Web. 28 Apr. 2011. <http://timemachine.gigapan.org/wiki/Main_Page>.
    • This is an amazing website that lets you zoom in on time laps videos of different events. The one I looked at is of plants growing. I tried to study how they bifurcate and trifurcate.  This was an early attempt to see how flowers bloomed.  I was hoping that this strategy could inform my idea for a self shading panel.

  • H. Kobayashi. “The Geometry of Unfolding Tree Leaves.” The Royal Society.  Centre for Biomimetics, 1998. Web. 28 Apr. 2011. <http://www.bath.ac.uk/mech-eng//biomimetics/LeafGeometry.pdf>.
    • This paper discribes the complex folds of the hornbeam leaf. I was using this to research how the Miura Ori orgami structure could be used to inform my design.  The leaf pattern was the first self deploying pattern I studied.

  • Kolarevic, Branko, and Kevin R. Klinger. Manufacturing Material Effects: Rethinking Design and Making in Architecture. New York: Routledge, 2008. Print.
    • This book show different process used in digital fabrication and how it can inform building design. I was using this book for ideas in developing a dynamic facade system.
  • Pearce, Peter. Structure in Nature Is a Strategy for Design. Cambridge: MIT, 1978. Print.
    • This book looks at how nature such as soap bubbles, giraffe spots, cell structure can inform design. Buckminster Fuller and other famous architects used these to develop geodesic domes.  The Voronoi pattern is a very common in nature.  This was used in an early attempt of creating a deployable pattern.
  • Shape Memory Alloys.” Stanford University. 21 Jan. 1996. Web. 28 Apr. 2011. <http://www.stanford.edu/~richlin1/sma/sma.html>.
    • I was looking into shape memory alloys to acuate my muira ori designs. The most common of these is nitinol.  This site is a great overview of shape memory properties of metals and how they can used.
  • Schmidt, Petra, and Nicola Stattmann. Un/folded: Paper in Design, Art, Architecture and Industry. Basel: Birkhäuser, 2009. Print.
    • This book has fascinating exhibits that utilize paper in unexpected ways.  It demonstrates how paper can be used in high quality, three dimensional ways.  It also shows how paper comes in different shapes, textures and materials.  My final project utilized rice paper for the final design.

Final Project: Final Project

The final design for my screen system is coming along.  Unfortunately, I could not get the shape memory aspects of the nitinol to work properly.  But luckily, nitinol also has super elastic properties.  Im going to use this in conjunction with a nob in the middle of each panel to open and close the system.  I bought some semi translucent rice paper and vellum to try out different textures.  I also bought some watercolor.  Below you can see the pattern I am going to paint.  As the panel opens, it will show a different hue.screen-capture

Thinking and making

Last week I formed my idea about how the installation would occupy the space.  I had an idea of it being a double-sided screen which would flow towards the windows.  After evaluating the site and the logistics of hanging the piece, it has become a more rigid idea which more closely fits with the existing geometries of the space.

Site-limits

[Logistics:

The piece would hang from string wrapped over the truss at two locations, one 6′ from the south wall and the other at the wall.  To make these vertical connections more taught, they will be attached the desk located directly below.  The main vertical strings would be comprised of string and circular plastic loops, strung together, to create attachment points for horizontal strings to be strung. These horizontal strings would support small pieces of crescent board which, like a tapestry, would form a screen.]

Once I created the rough boundary of the piece, I began to wonder what would be the ‘pattern’ on the surface.  It seemed curious as to why I jumped to the conclusion that it would be a pattern and that it would be applied across the surface maybe in a regular order or in a gradient.  It might be the Erwin Hauer influence, or the general architectural zeitgeist that an interesting design should be or could be repeated indefinitely and stretched across an un-specifically sized or shaped surface.

While perhaps valid in some architectural contexts, this thinking seemed trite and inappropriate for the specific location and I tried to see, instead of creating a shape and then repeating that shape until space was requisitely filled, how could I design a screen that was guided in form by the introduction of color?  Thinking of the rectilinear geometry of the space, I created a flat grid and by cutting and moving one square could then manipulate the shape of the plane and introduce color.

Slit

Bounced color then guides the form and the shape can be created organically, but not randomly.  My intention would be to guide the form, color, and shadow of the screens through one simple process of cutting along the grid.  I’ve always been fascinated with Sol Lewitt’s ideas of space definition and utilization of ordering systems to generate new forms.  These cut pieces would be held into form by being tied onto the grid through tension, something like Spencer Finch’s piece at MASS Moca.

The idea would be that the exterior would glow from bounced color and inside the two planes and due to the highly reflective nature of the material, colored light would be reflected on the space above below and to the sides of the screens.  Due to the patterned surface, I was hoping light would catch in many directions, something like the phenomena that occurs underneath Herzog and Demeuron’s Caixa Forum.  A refracted light sandwich.  I’ve been having trouble finding the right material to do this, though.  I went to TAP plastics, art supply stores, and department stores looking for materials but I tend to find either highly reflective double-sided materials or transparent films.  The material I’m using for tests is just white crescent board with spray paint on one side, but I haven’t been able to achieve a gloss that is reflective enough.  I might have to make a hybrid material myself, which wouldn’t be very clean.  My other idea is that I scrap this bounced color idea all together, since it’s been a hassle from the beginning, and start over.  Nancy recommended that I do something like the MIT chapel installation.

I had been vaguely entertaining the idea of a kinetic component to the installation, due to its location in the kitchen area and the tendency for the MAX to rumble by and for people in the space to create air movement.  Nancy pointed out the draft from the windows present at my installation location and the possibility to utilize this existing energy in my screen.  When I think of kinetic sculpture I tend to jump to Alexander Calder.  I think a more relevant artist is Jean Tinguely, whose museum I visited in Basel.  I found some interesting ideas of his, including one involving plexiglas to make a screen.

Hauer, Erwin. Erwin Hauer: Continua–architectural Screen Walls. New York: Princeton Architectural, 2004. Print.

Erwin Hauer is a sculptor whose work entertains a notion of complicated simplicity.  This book focuses on his sculpted architectural screens and his ability to repeat a single pattern block to create striking compositions.

“Herzog & De Meuron – CaixaForum Madrid :: Arcspace.com.” Arcspace. Web. 05 May 2011. <http://www.arcspace.com/architects/herzog_meuron/caixa/caixa.html>.

This website details the Caixa Forum in Madrid.  A mix of old and new structures, the Caixa Forum, designed by Herzog & DeMeuron is a museum space which bridges the old and new of design in Madrid.

Joselit, David. American Art since 1945. London: Thames & Hudson, 2003. Print.

This book attempts to address all major art movements in America since 1945.  By highlighting key players in these movements, this book is a major reference for understanding artists’ influences in the 20th century and how artists and different movements evolve and inspire new work.  By placing modern and contemporary art on a timeline, it is possible to more completely understand the significance of individual work within 20th century American art.

“Museum Tinguely.” Museum Tinguely. Web. 05 May 2011. <http://www.tinguely.ch/en.html>.

This is the website for the Tinguely museum in Basel, Switzerland.  Jean Tinguely was a Basel-based kinetic sculptor whose work dates from 1954-1991.  The website highlights his more prominent works and builds a timeline of succession of his diverse ideas for kinetic sculpture.

Spencer Finch. Web. 05 May 2011. <http://www.spencerfinch.com/>.

Spencer Finch is a visual artist whose work focuses on light effects.  His work is highly experiential and involves what he terms invoking the ever-present ‘invisible world.’

http://www.massmoca.org/event_details.php?id=28

Final Project: Two steps foward, One Giant Step back








www.youtube.com/watch?v=P3wsxeTHCfo



www.youtube.com/watch?v=d1BSdswdttQ

So, Ive been experimenting with Muira Ori folding patterns that can be actuated with a nitinol actuator.  I finally recieved the nitinol today and had some bad news.  The nitinol is not performing like I hoped.  I need to figure out another way to actuate the facade pattern.  Perhaps adweenos…

Update:  The more I think about this problem, the bigger the wall Im finding I have to climb.  It might be time for plan B.  My original plan was to use flexible resin and nitinol to creating a folding or rolling facade treatment for buildings.  I was looking at the folding patterns of leaves and flowers to provide inspiration.  Plan B involves looking into the cellular structure of flower petals to see how they bounce color and light.  I still plan on using flexible resin in a CNC mold to create this effect.  I want to experiment with placing different substrates and cavities into the mold that can exaggerate the effects of light.

Final Project: Bibliography

Works Cited

Defocath, D. S. A., and S.D Guest. “Deployable Membranes Designed from Folding Tree Leave.” Http://www-civ.eng.cam.ac.uk/dsl/publications/leaves.pdf. Web. 28 Apr. 2011.

This article show different patterns that could be used to open a solar sail.

DeYoung, Dr. Don. “Space-Age Leaves – Answers in Genesis.” Answers in Genesis – Creation, Evolution, Christian Apologetics. Web. 28 Apr. 2011. <http://www.answersingenesis.org/articles/am/v5/n1/space-age-leaves>.

This article looks at Beech Leaves. The structure has been used in Miura Ori origami to develop unfolding solar panels and solar sails for satellites.

“GigaPan.” Main Page – GigaPan Time Machine. Web. 28 Apr. 2011. <http://timemachine.gigapan.org/wiki/Main_Page>.

This is an amazing website that lets you zoom in on time laps videos of different events. The one I looked at is of plants growing. I tried to study how they bifurcate and trifurcate.

H. Kobayashi. “The Geometry of Unfolding Tree Leaves.” The Royal Society. Centre for Biomimetics, 1998. Web. 28 Apr. 2011. <http://www.bath.ac.uk/mech-eng//biomimetics/LeafGeometry.pdf>.

This paper discribes the complex folds of the hornbeam leaf. I was using this to research how the Miura Ori orgami structure could be used to inform my design.

Kolarevic, Branko, and Kevin R. Klinger. Manufacturing Material Effects: Rethinking Design and Making in Architecture. New York: Routledge, 2008. Print.

This book show different process used in digital fabrication and how it can inform building design. I was using this book for ideas in developing a dynamic facade system.

Pearce, Peter. Structure in Nature Is a Strategy for Design. Cambridge: MIT, 1978. Print.

This book looks at how nature such as soap bubbles, giraffe spots, cell structure can inform design. Buckminster Fuller and other famous architects used these to develop geodesic domes.

“Shape Memory Alloys.” Stanford University. 21 Jan. 1996. Web. 28 Apr. 2011. <http://www.stanford.edu/~richlin1/sma/sma.html>.

I was looking into shape memory alloys to acuate my muira ori designs. The most common of these is nitinol.

A “subtractive barrier”

Location
From where shall the project begin and to where shall it end?  The original project brief focused on the unresolved quality of space division between studio and kitchen.  The ambiguity of this barrier, while real, as a physical desk marks the line, calls attention to the undesigned nature of this last bay and seems to be a forgotten space.  This is even more noticeable as the other studio bays are clearly demarcated by 4′ white half walls.  The placement of a messy 30″ desktop in the crisp white datum line in an unintended misfortune.   The goal of this project is not to resolve this issue of a dropped datum, but to create a resolution of this line where it terminates on the south wall.

Pattern/Surface

As there is a link which needs to be addressed between what is displayed and how it is displayed (Newhouse, 9), the location of the piece is important as to focus the qualities desired for pattern and surface.  Drawing from the existing geometry, I have the intersection of several rectilinear planes: the half-height partition wall, the 2′ concrete column present in the exterior wall, and the 4×3 grid of  the two black metal window frames.  As Kengo Kuma discusses the reality of architectural decoration, “pattern…explains and strengthens the structure of the space” (Abruzzo, 42).  From these geometries, I can derive a resolving pattern.

In parti, the piece will continue the datum of the half wall, but reversed, flowing towards the ceiling instead of the floor.  I imagine it flowing upwards to keep the visual connection at standing height above the 4′ wall, while making it obvious that it is beginning and tied to the datum line.  From there, the design of the pattern must create a flow betwene this datum and the surface of the window. In searching for the correct pattern of the installation’s pieces, I am consulting not only Kengo Kuma’s prescription that decoration enhance structure, but also ideas from many camps, including inspiration from the work of Theo van Doesburg.  In his patterns, he composes colors and forms which create a sense of movement while viewed and existing statically (Coles, 88).

Light Qualities/Phenomena

This installation looks to synthesize the properties of designing an installation for a static existing interior condition with the modulating exterior condition of light and weather changes.  As Jacci Den Hartog is able to accomplish evoking “the power and beauty of nature rather than re-creating it with exactitute” (Lombino, 34), I hope that my light sculpture will create references to the natural world without literally representing it, and instead creating new form.

As in Dan Flavin’s untitled (to the “innovator” of Wheeling Peachblow) (Bell, 164), the object of the installation will be to utilize existing architectural conditions to create new spatial conditions through the medium of light.  Flavin’s work accomplished the erasure of the wall’s corner through direct focus of florescent light at two angles.  As it currently exists, the column straddling the dividing line of kitchen and studio creates a heavy composition within the space, obstructing light passage and dividing window space.  The installation will focus on lightening the column and refracting light to decrease this heaviness and instead focus on the other architectural elements which lighten the space such as the 4′ walls and the windows.  The aim of this installation will be creating a new ’subtractive barrier’ which lightens and combines the two spaces over an additive approach which might might increase the heaviness of the space.

Abruzzo, Emily, and Jonathan D. Solomon. Decoration. New York: 306090, 2006. Print.This collection of articles explores the nature of decoration within architectural design.  The authors have chosen interviews and academic papers which discuss divergent opinions on the nature of decoration in contemporary context.

Bell, Tiffany, et al. Light in Architecture and Art: the Work of Dan Flavin. Marfa: Chinati Foundation, 2002. Print.
This collection of essays is the result of a Symposium on the work of Dan Flavin located in Marfa, Texas in 2001.  From prominent art critics and historians, the presentations focus on the historical perspective of Flavin’s work in the medium of light as well as attention to the meaning and evolution of his style and background.
Coles, Alex. DesignArt. London: Tate, 2005. Print.
Drawing from many sources, including pattern, furniture, interior design, and architecture, Coles approaches the topic of where art and design converge.  The projects featured in this book address multi-disciplinary approaches to design and art where they successfully merge.
Lombino, Mary-Kay, and Philip K. Dick. UnNaturally. New York: Independent Curators International, 2003. Print.
This book is a focus on contemporary artwork inspired by nature but which focuses on the complex relationship between man and nature.  The artwork is not limited by media and was part of a traveling exhibition in 2003.
Newhouse, Victoria. Art and the Power of Placement. New York, NY: Monacelli, 2005. Print.
This book focuses on the placement of art in addressing how this affects the perception and even validity of art.  In-depth analysis of art presentation ranges from classical ways of presenting work, current presentation of foreign and cultural artifacts, and the curation of contemporary artwork.

Towards a final project

Over the past few days I’ve been wondering how to design something visually stimulating for the kitchen even on these rainy Portland days.  I had thoughts of reflective surfaces hung from the ceiling almost like white raindrops with a reflective inner surface that would bounce light and create light movement due to vibrations from the MAX or air movement in the kitchen.  I would like my project to interact with the ceiling somehow..bringing a new sky into the kitchen.

In a quick exercise, I cut a basic shape to see how reflective the color would be onto another surface.  I based this shape on the idea “what if something were growing out of the shape of the window?”

The color was surprisingly reflective even though it was raining and cloudy outside.  I discovered that I had been missing the point – leaving too much open space where I had made the cuts.  I forgot the basic principle of light..it is a wave.  And these waves will try its hardest to get through even the tiniest of cracks.  I don’t need the back of the screen to be open to let light in.  As long as there is a closeby surface to reflect onto, it will reflect the color.  I made a few more pieces to test out a pattern of this design.  It is a very rudimentary test , but helps me understand the direction I need to go.

I don’t want a totally solid screen blocking out the view of the window, but it is helpful to see that even at an angle I can still seem to get bounced color.  this means this application might work suspended from the ceiling.  I want to try larger panels and maybe different reflectivities…maybe a more open framework..maybe I will revert to the raindrop idea.