Frank Gehry

Frank Gehry is famous for his post-modern architecture that employed distortion in buildings. His ability to make buildings look as though they are twisted and fake is unique to his name. In many cases, Gehry used titanium to give the desired effects in his buildings. This allowed him to show a flexibility in structures that are normally perceived to be “boxy” and “straightforward”.

One of his structures is the Hotel Marques De Riscal winery. The building is part of a luxury hotel located in Alava, Spain. This structure uses large ribbon-like pieces of metal to create a flowing feeling for the outside of the building. The building is described as "A series of rectilinear elements, clad in sandstone, combined with sweeping panels of pink and gold titanium, and mirror finished stainless steel." (http://www.arcspace.com/architects/gehry/riscal_winery2/riscal2.html)

While most of his buildings are primarily focused on aesthetics over practicality, this building seems to take it to a different level. Unlike his other buildings, the metal used here is extraneous in a way. The metal ribbon portions serve no real structural purpose, but mostly cosmetic. Meanwhile, in his other buildings, the appearance of a building is still present, but just distorted.

Some other examples of Gehry's structures are displayed below.

Andy Warhol: Reaction

Much of Andy Warhol's fame was based on his reproduction of art that already existed but in a new way. Because he was able to see reproduced art as an art in itself, he essentially developed a new way for the public to perceive art. One of the most famous examples of his reproduced art is the Cambell's Soup cans. The Cambell's Soup can labels were designed by an artistic individual who was hired to make an image for the product. In this respect, Warhol has reproduced the art of another person. He even goes one step further, in some cases, by reproducing iconic artwork. His reproduction of the Mona Lisa (both the reproduction of using the art and the reproduction shown in the art) is an example of this. Although some may argue that Warhol did not actually create his own work, he only used the work of others to become famous, I believe that his conception of reproducing existing art at the time he did so was revolutionary and therefore artistic in that nature.

Physical Connections

In studying the physical connections of objects in the form of sculptures, we evaluated the work of many artists including Jackie Windsor, Jean Tinguely, and Theo Jansen. These artists developed sculptures with objects that were tightly connected.

In attempting to create a sense of physical connection, I began to work with a combination of thick wire and wire mesh. With these materials I was able to create a wire sculpture that would (ideally) be hung. (These photographs have been slightly edited to adjust contrast, saturation, etc.)

Projections Continued

The continued development of the projections allowed myself and Emily to further create more interesting projections. Emily worked extremely hard to animate a portion of the pattern we used. This combined with the cucoloris created a very dynamic effect. We were both extremely happy with the way this turned out.

We were also able to experiment with some other projections found on YouTube. Although it was very simple, we found that projecting onto a folded piece of paper was very interesting.

Projections

Through the study of light and projection we began to explore how these different mediums could be combined in order to create interesting 3-D works of art. In class, we found that some interesting ways to accomplish this was through the use of different projection mapping, combining projections, as well as the use of the cucoloris and other objects in front of the projections. This was extremely collaborative and I found it very interesting to combine the ideas of different individuals to create something interesting.

With combination of Emily Rautenberg and my own ideas, we were able to create a very interesting projection. Emily was able to find an interesting pattern online and we projected this into a mirror with the cucoloris I created. Not only did the projection create an interesting effect on the mirror itself, but it was also reflected onto the ceiling above.

Orthographic Drawings (con't): Bird Box

In continuing orthographic drawings, the following project was done in a similar manner as the previous. However, for this project, we designed our own orthographic drawings to be created into a 3-D object. So, not only did we have to design the outward appearance, as we did in the previous project, but we also had to design the actual physical object.

By combining the designs of different existing orthographic drawing ideas, I was able to come up with something original. On one website, I found several 3-D boxes that were held together with different interlocking pieces on the top of the box. By combining this idea with the construction of a regular 3-D box, I created a box that was held together on two sides by interlocking birds.

I found this portion of orthographic drawings to be significantly more interesting because I was able to try and create my own design. However, it was also significantly more challenging. The combination of designing the box and designing the outside was much more time consuming. Despite the challenges, I am very happy with the design I came up with.

Orthographic Drawings: Cake!

Orthographic drawings are a way of representing 3-dimensional objects in a 2-dimensional way. In this project, templates found online were used to create 3-dimensional objects. For my project, I chose to create a cake or pie box. This box could be used to store or transport a piece of cake. Following this idea, the design I created on the outside resembles that of a piece of cake.

Overall I really enjoyed being able to turn a 2-D object into a 3-D object as well as adding a design on the outside that enhances the appearance of the object. I am mostly happy with the way this box came out. The top, especially, looks like real frosting on a cake. The sides and bottom, however, are not as detailed as the top.