Spirograph This definition simulates a spirograph tool. Spirograph_Co-de-iT_0.9.0076.zip 3D Differential mesh relaxation This definition explores the 3D relaxation of a mesh effected by an image gradient. 3D_Differential_mesh_relaxation_Co-de-iT_0.9.0076.zip 2.5D Differential mesh relaxation. Water jet « workshops factory. Architecture. These are a series of experiments, in which the designer try to use parametric and digital method to realize these interesting optical illusion effects and generate 3d geometry or space rather than just 2d painting.
Continue reading The design task of this project was to design a multifunctional theatre inside an old gasholder in the Hague the Netherlands. In the a new developed masterplan he Gasholder is placed in a small lake surrounded by different thematic islands. The location of these islands are not fixed an can move dynamically around the theatre. Continue reading This project is a renovation of an old monumental building, we apply the new generation process, new material and manufacture method, new structure and construction logic to transfer the old building to a fire new thing with also new functions. In this project, our essential design emphasis focuses on organization of overall rule and open system, rather than on each segments of this project. Fibre Composite Adaptive Systems. Designed by Maria Mingallon, Sakthivel Ramaswamy, Konstantinos Karatzas Fibre composite adaptive systems is a research project which emulates self-organisation processes in nature by developing a fibre composite that can sense, actuate and hence efficiently adapt to changing environmental conditions.
Fibre composites which are anisotropic and heterogeneous offer the possibility for local variations in their material properties. Embedded fibre optics would be used to sense multiple parameters and shape memory alloys integrated in a fibre composite material for actuation. The definition of the geometry, both locally and globally would complement the adaptive functions and hence the system would display ’Integrated Functionality’. ‘Thigmo-morphogenesis’ refers to the changes in shape, structure and material properties of biological organisms that are produced in response to transient changes in environmental conditions. -> EVOLO SKYSCRAPERS 2 - Limited Edition Book.
TRIANGULATION BLOG. The coffee table "Sectionimal" was created in 2009 by the Chilean parametric design and digital studio gt_2P.
Its design was created from digital modeling with parametric generative algorithms capable of section volumes. The Sectioninal's structure has a free volume sectioned and assembled from its manufacturing plans. This table is part of a series of parametric furniture generated by an algorithmic program of links called SECTION, designed also by the own studio gt_2P. Its materials are Mdf laquered plywood, italian lacquer gloss 20, Pvc foamed (Litecell HD), corian and tempered glass cover 10 mm. Dimensions, x: 76cm, y: 180cm, z: 35cm Currently this product is commercialized for the furniture and design objects store Sala Vitra, Santiago. About gt_2P, great things_to People; Kinetic Architecture. Digital Cocoon. PPLX Playlist. Waffle 1/7. Plinthos by mabarchitects. Intro : pablo valbuena. Index. FabLab House. Homeostatic Façade System. Thursday, 06 January 2011 GreenMuze Staff The Homeostatic Façade System by Decker Yeadon Architects.
The Homeostatic Façade is a building thermal control system that uses mechanical-muscle operated, exterior surface-mounted louvers and is a feature of Decker Yeadon Architects' intelligent green-building architectural design. The Homeostatic Façade uses polymer and elastomer louvers with a silver coating that open when illuminated by the sun, and close again as the sun’s heating effect wanes. The dielectric silver-elastomer forms an actuator that responds to an electric charge on the silver surface proportional to the amount of incident sunlight.
It involved an investigation of non-planar, complex (“fat”) geometric assemblies and their translation into the “flat” sheet material constructs to be produced using two-dimensional fabrication (laser cutting). Through iterative stages over four weeks, the students developed (and redeveloped) a tectonic, geometric, manufacturing and assembly logic for producing a final material construct for the end of the semester. The students began by devising an appropriate geometric description of the abstraction using developable, planar elements (polygons, triangles, ruled surfaces, circular/spherical approximations) and/or the object’s three-dimensional isoparametric representation, contouring, or some other rationalization.