ARCH+: Inhalt » Home Textile Morphologies Exhibition This exhibition showcases on-going developments in the doctoral work of Sean Ahlquist through research and teaching at the Institute for Computational Design at Stuttgart University and University of Michigan Taubman College of Architecture and Urban Planning. Through a series of various scaled prototypes and computational simulations a methodology is established by which structurally integrated systems can be explored as intricate and variegated spatial forms. The work spans the topics of computation, in the development of a Java-based framework for modeling material behavior, and material performance, in generating mutli-layer membrane systems and textile hybrid structures. The exhibition is on display at the University of Stuttgart, Faculty of Architecture, Keplerstrasse 11, K1 Building in the Foyer space. The exhibition runs 18-27 January 2013. Collaborators Prof.
Bitelia KERNEL FESTIVAL / 013 OPEN CALL FOR PROPOSALS The international Kernel Call /013 to participate in the third edition of the Festival is now online! After the great success of the first two editions, the Festival that has animated the digital scene and Villa Tittoni Traversi in Desio [Milano], is building up for the up-coming edition. Kernel Festival /013 will take place at the beginning of July and will host for a week new talents and professionals selected from all over the world; artists, performers and thinkers whose experimental art, originates from research, use and application of new technologies and digital codes. The participation in the competition is free and open to emerging artists over 21 years old. Novelty of this year: the Call is without deadline and it is also open to proposals of urban actions, workshops, conferences, meetings, round tables, discussions that explore and reflect on the relationship between art and technology. Some examples of indoor and outdoor proposals: Information Kernel Festival Fax: +39 039 5960863
Yapı Sektörüne Açılan Pencere | yapi.com.tr ControlMAD | Centro Formador Autorizado RHINO y servicio CNC para arquitectura y diseño This Phone Charger Uses Crystal Orbs to Focus the Sun's Rays | Wired Design A $149 solar smartphone charger called Beta.ey features a ball lens and minuscule multi-junction solar cell that can charge a smartphone one and a half times per day. RawLemon The theory underlying the project is that gleaming crystal globes can concentrate diffuse sunlight, or even moonlight, onto a tiny, hyper-efficient photovoltaic cell. The crystal ball is paired with a dual-motion tracking system that keeps the sun's energy focused on the cell throughout the day. The hope is that these innovations will make solar power a practical solution in parts of the world where it's previously been a non-starter. Ball lenses are a novelty in solar power, but they are commonly used as a coupling tool in laser-based applications, endoscopes, and barcode scanners. In order to prove out the concept and generate investment he has put the principle to work in consumer product form. Pigments would add color to the globes, but slightly reduce their efficacy. Inspiration Strikes
NODE Forum for Digital Arts Today we are happy to announce that we will finally publish the lectures from NODE’s very first edition in 2008. Back then when NODE was born, there were a few people involved with talks and lectures who pushed the quality of the discussions from the beginning. We are talking about the vvvv group with her first vvvv keynote ever, Herbert W. Franke, Paul Prudence, Casey Reas, Mark Fornes & Skylar Tibbits, Regine Debatty, Verena Kuni and Berthold Scharrer. The audience that was there in Frankfurt keeps saying that this day was a legendary set of lectures they will never forget. So here you go. And the legendary first vvvv keynote in 2008.
açık kaynak mimarlık paylaşımı Mueble paramétrico Un asiento para la sala de espera de su sede madrileña, donde también se puedan depositar folletos y que funcione al mismo tiempo como barandilla y aporte privacidad a una de las salas contiguas es lo que ha diseñado 24studio Architecture. Un mueble paramétrico con el que se plantea una nueva forma de entender volúmenes complejos que, mediante procesos geométrico-matemáticos, se analizan y descomponen en elementos más sencillos y fácilmente manipulables que permiten, mediante su ensamblaje, su posterior construcción. Para el diseño se hizo un escaneado 3d del espacio y a continuación se diseñó el modelo tridimensional del mueble encajado en él. Tras comprobar que la forma respondía a las necesidades se pasó a su parametrización y producción, a partir de las últimas herramientas paramétricas de Rhino y Grasshoper; con la colaboración del estudio EXarchitects en la fase de producción y corte. Pozuelo de Zarzón 4, 28005 Madrid (Spain) www.24studioarq firstname.lastname@example.org
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