Experience fashion design through new technologies of digital fabrication: Architecture in Fashion, 21st-27th of April 2014, Bucharest, Romania | Parametrica. We are entering the last week for registration to the parametric architecture workshop, Architecture in Fashion, 21st- 27th of April 2014 - an experience proposed by Parametrica [digi fab school] team. ARIAN HAKIMI NEJAD, Architect Zaha Hadid Architects London - special guest. Shoes, dresses, shirts. Jewelries and other fashion items that you every day describe how you are. They are an extension of your personality. The world evolves and fashion becomes more and more fascinating succeeding in introducing in the design process technologies through which the fashion items understand and enfold even better the human body, creating a new feeling when worn. Why architecture in fashion? At Architecture in Fashion we talk about the Process of Design But it is not all about fashion or architecture but also about the design process which can be easily applied in any other areas of design or other fields. !!!
Thinking outside the box, experiment, 3D PRINTING, laser cutting. Image Result for. 3897390733_781aacfd3d_o.jpg (800×604) FHN 3D tip splitting 2. Ceramic 3D Printing | 3D Printerverse. Studioluminaire.com. Examples:reaction-diffusion [Morpheus] 1D reaction-diffusion: Activator-Inhibitor Space-time plot of 1D reaction diffusion model. Introduction Model description This 1D PDE model uses a Lattice with linear structure and periodic boundary conditions. The PDE defined two species called Layers: A (activator) and I (inhibitor) with resp. low and high Diffusion rates. The results are recorded and visualized using the Logger and SpaceTimeLogger. Model ActivatorInhibitor_1D.xml <MorpheusModel version="1"><Description><Title>Example-ActivatorInhibitor1D</Title></Description><Space><Lattice class="linear"><Size value="100 0 0"/><BoundaryConditions><Condition boundary="x" type="periodic"/></BoundaryConditions><NodeLength unit="micron" value="0.25"/></Lattice></Space><Time><StartTime value="0"/><StopTime value="2000"/><SaveInterval value="0"/><!
In Morpheus GUI: Examples → PDE → ActivatorInhibitor_1D.xml 2D reaction-diffusion: Activator-Inhibitor Stripe pattern generated by 2D Gierer-Meinhardt model Description ActivatorInhibitor_2D.xml. Syntopia | Generative Art, 3D Fractals, Creative Computing. Gyroid14-large.jpg (768×768) Inspiration on Pinterest. Reaction Diffusion in 3-Dimensions. Articles —> Reaction Diffusion in 3-Dimensions inShare The Gray-Scott model is a mathematical model which describes behavior two chemicals based upon their diffusion, addition and removal rates, and reaction together.
In an earlier article I described the details of the Gray-Scott Reaction Diffusion model. However this earlier description focused on the model in 2-dimensions. Taking this model a step further, here I describe how I modeled and visualized the Reaction diffusion model in three dimensions. The Model in 3-Dimensions In two dimensions a reaction diffusion model is represented by a 2-dimensional grid, visualization of which is via an image in which each grid value is represented by a pixel in the corresponding image.
The mathematical model itself does not vastly change, but some aspects did require modification. Visualization Visualization of the model is much more difficult in three dimensions. Left: No normal averaging. Finally, the process was set in motion. Difficulties Results. Turn hyper kids into power generators with this energy-storing jump rope. If you have kids, there’s inevitably been a few moments in your life where you’ve found yourself exhausted, slumped over, and completely defeated as your hyperactive children run laps around you. Kids just seem to have endless amounts of energy.
Well what if you could harness some of that energy and use it for something else? If humanity could somehow tap into the kinetic power reserves of all the rambunctious kids on the planet, the world’s energy problems might be solved overnight. Uncharted Play, the company behind the revolutionary power-generating SOCCKET soccer ball, has devised yet another brilliant way to make kid-power a legitimate source of renewable energy – and it’s much more humane than chaining junior inside a giant hamster wheel. PULSE is a high-tech jump rope that harnesses kinetic energy from your children’s motion, and converts it into usable electricity.
These first 100 PULSE jump ropes are available from Uncharted Play for $129 apiece. Find out more here. Brighton Graphic Design & Illustration 2012. The University of Brighton's Graphic Design & Illustration BA Degree Show is on show in London this weekend, giving us London-based folks the chance to check out some great work from this year's graduates. Here's our pick of the exhibition. First up are two elaborate sculptures from Emily Frances Barrett, who was on the Illustration course. Here's a detail of the work above: There were a number of other appealing installations as part of the exhibition. I particularly liked Zoe Landry's work, which included this piece, titled The Endless Forest, which contained a 3D forest world displayed within a wooden structure. Landry, who was also on the Illustration course, also displayed this mix of small sculptures and screenprints. Matt Chandler, a Graphic Design graduate, presented this installation of his work, which included a number of balloons featuring his contact details, a nice touch.
Nadine Shaban (Graphic Design) displayed a striking set of images inspired by the Egyptian revolution. Pin by Mark Costa on Surface. Image Result for. Dzn_lo-res-by-united-nude-16.jpg (468×468) Inspiration + Paper on Pinterest. Branch by OgoSport. March | 2012 | 74 FOOTWEAR DESIGN CONSULTING | Page 6. The emerging use of Triangulation in Art, Architecture and Design is not just for visual impact, but increasingly for functional innovation. This emergence is probably due to a digital familiarity and an increase in 3D modelling which is all done using mesh surfaces which are tessellated with triangles. Notable examples of Triangulation are:- The Polygon Double Deer by Kohei Nawa and the Pyramids album cover. Portraits by Lucas Simões. Folds By David Mesguich and Valentin Van der Meulen and Fox by Bongo Design. White Elephant by Jimenez Lai, is an art furniture piece that “tumbles to attain multiple orientations to blur the qualification plans and sections”.
A piece by an unknown artist. In 2005 Xavier Veilhan presented a series of low resolution sculptures called ‘People as Volume’. In architecture, Live Components designed a tessellated folding structure which changes shape when twisted. Zaha Hadid designed the Guangzhou Opera House. Coop Himmelb(l)au designed the BMW Welt in Munich. Pin by Springfield ART on inspirations: SCULPTURE. Pinterest. Origami1.jpg (440×300) Image Result for. Origami fashion part 2. Thursday, November 11, 2010 Origami fashion part 2 I'm still obsessed with origami fashion. I like the way fabric is transformed in a rigid material like paper(some of the dresses above are made of paper). I like the geometric repetition, the bold effect it makes.
They're more like scuptures than dresses. I don't know if they exalt a woman's figure because the dress draws all the attention but i find them inspiring. Posted by Matter Of Style at 11:10 AM Email ThisBlogThis! No comments: Post a Comment Newer PostOlder PostHome. Head tube joint Bamboo bike lug by moreshk. Artists research. Ruthin Craft Centre definitely rates amongst one of my favourite galleries due to its consistency in exhibiting the work of innovative craftspeople who offer extraordinary dedication and talent within their chosen area of study. Nora Fok is one of these people and her current exhibition 'Cloud Nylon', which predominantly features her pioneering nylon jewellery absolutely blew my mind! Below are a few images which demonstrate the diversity of her work. Some vivid colours, some neutral, some extraordinarily complex structures created through computer programming and other simple knotting and tying techniques.
Her inspiration comes from a spectrum of sources, such as water, space, flora and even scientific DNA structures. I'm certain that the extent of her experimentation will amuse and amaze any onlooker! Her innovative discovery of knitting around golf balls and heating her nylon to hold a definite form has lead her to investigate using other objects. Image Result for. Image Result for. Image Result for. Image Result for. Tri-Color Wave Bag. Pseudo - Crystal Growth Grasshoper Definition. ...^... | the disContinuum - all. Generative Algorithms: Porous Shell by Zubin M Khabazi (2011) by Pablo C. Herrera. Image Result for.