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Connectors materialized in a form of so called "keys". Each would have an appropriate keyhole and after insertion can be locked into the final position by a simple 90 degrees rotation. These “keys” would be manufacture using the same method and material as panels (MDF cut on a cnc mill) thus optymising production process.

 

For further information of this and other projects go to:

www.mas.caad.arch.ethz.ch/mas1011/

Photos taken from my 3 day alphagraph workshop in Metz, France. The workshop took place at ESAL Metz art school with 12 students. The basic setup was this :

DAY 1 - explore letter forms with a new digital tool.

DAY 2 - laser cut and make the letters

DAY 3 - print with a printing press

  

alphagraph is a small parametric tool developed in Processing for exploring letter forms. More can be read at the following address:

github.com/FreeArtBureau/alphaGraph

 

Another workshop of this kind had been conducted at ESAD Amiens in March 2016. Further details about this on the website workshop-lettrine-01.esad-amiens.fr/

Future of Us Structural Building Envelope, Singapore

SUTD Advanced Architecture Laboratory, 2016

The Bohemian dome is a surface obtained by moving a circle that remains parallel to a plane along a curve that is perpendicular to the same plane.

The object is visualized in Mathematica using atlas 2 for Mathematica.

 

To get copyable parametric equations (Maple, Mathematica, MathML, TeX):

digi-area.com/DifferentialGeometryLibrary/Surfaces/Bohemi...

Paper lamp designed with a tool set in VVVV. Voronoi extrusion along the polygon average normals. No Glue, No Staples

Parametric Form Finding Tension Net Assembly using Rhino Grasshopper + Kangaroo. Work created by GIL AKOS + RONNIE PARSONS of STUDIOMODE, as part of the workshops associated with the FABCRAFT exhibit, at the Fay Jones School of Architecture.

FABCRAFT seminar, workshops and exhibit lead by Santiago R. Perez, 21st century assistant professor at the Fay Jones School of Architecture.

This control arm template contains not just parametric design geometry, but also two different fully associative Finite Element Analyses – each validating a different aspect of the strength of the control arm. As changes are made to the design geometry, the mesh and boundary conditions can be updated to the new geometry automatically, and the analysis re-executed with a single button click. This image shows the stresses in the control arm under a bending load.

Shape, order and stick it together - your individual paperlamp!

 

Lomé Light is a tranluscent parametric, user generated paperlamp. Inspired by the shape of Eduardo Chillida's "Buscando la Luz" from 1997, various properties, such as shape and number of all waved wall panels, height, width and size and shape of dovetail joints can be modified by you - many thanks here to Chris Chalmer's VB unroll plugin for grasshopper. All thin coated paper panels are simply curved. The seams can be turned inside and outside of the lampbody - you decide when you stick it together! Possible sizes reach from 30 to 150 cm (height).

 

Our main objective: every produced lamp will be an individual.

 

The Pricing below applies in case you would like to have the lamp produced by responsive design studio. A comprehensive web application to create your own lamp in a webbrowser or app is under construction.

'voronoi flow' generative lampshade designed and 3d printed by parametric | art

using Gigamax3D filaments

parametric-art.com

gigamax3d.com

This is a parametric shutter and pinhole clamp designed to be fastened onto a small coffee can (espresso-sized) or similar. Used with sheet film or photographic paper, this kind of pinhole camera needs to be loaded (in the DARK) with fresh film or paper for every exposure.

 

Mount the shutter on the cap for a classic anamorphic pinhole camera.

 

The tripod mounts are pending as of these uploads.

 

3D Print your own:

www.thingiverse.com/thing:245574

finally calculating accurate number and size of cores

Ceci n’est pas l’animation d’un masque circulaire recouvrant un autre cercle, mais bien une figure à contour unique, dessinée par le repositionnement des points du tracé. Il y en a des milliers, et ils passent progressivement du contour extérieur du cercle au contour du croissant intérieur. La figure disparaît lorsque les deux arcs de cercle se rencontrent. Un petit défi de programmation relevé pour le plaisir.

The parametric equation as defined as follows:

 

x = (1.5 + Cos(v))*(Cos(u) + 0.1*Cos(10*u))

 

y = (1.5 + Cos(v))*(Sin(u) +

0.1*Sin(10*u))

 

z = Sin(v)

 

u, v plotted from 0... 2 Pi

 

Mesh generated in Mathematica v11.2 and rendered with Blender 2.74 using the Cycles Rendering engine.

“Extrusion”, Marius Watz solo exhibition at ROM For Kunst og Arkitektur, Maridalsveien 3, Oslo. March 11–April 16, 2011. Physical installations and machine-assisted drawings.

 

Marius Watz creates complex abstract forms and structures through generative software processes. His work is concerned with the synthesis of form as the product of parametric behaviors, articulated in the virtual space of computer memory.

 

In “Extrusion” Watz explores a new dimension of his practice, translating his virtual constructs into physical space for the viewer to experience on a human scale. Digital fabrication technologies like 3D printers, CNC mills and laser cutters provide a direct interface between virtual and physical space, allowing the extrusion of ephemeral data structures into solid form.

 

The exhibition consists of physical installations, machine-made drawings and 3D printed objects. It includes a reworked version of the light installation “Prime”, created as a public art commission for Bybanen in Bergen.

Custom railing for standard steel pan stair. Parametrically modeled laser & bent baluster assemblies are welded directly to the stringer on site. Glass panels are fixed with custom fittings developed by Caliper Studio.

Parametric "Faraday" surface waves on the surface of a fluid shaken vertically. For moderately viscous fluids, the waves form a square lattice.

 

See

www.physics.utoronto.ca/~nonlin/faraday.html

 

Francesco Lopes - copyright 2011

Martedì 29 marzo 2011

 

Dome, è un progetto che vede gli studenti del Laboratorio di Progetto II della Facoltà di Architettura e gli allievi della Scuola Edile di Siracusa impe-gnati a realizzare in scala 1:1 un sistema abitativo low-tech. Archi, volte e cupole in laterizio sono gli elementi costruttivi con cui gli allievi sperimentano le potenzialità d’uso innovativo di materiali e tecnologie della tradizione.

 

La tecnica adottata si fonda sull’impiego del ‘compasso’, un metodo che l’architetto Fabrizio Caròla impiega da oltre trent’anni in Africa ed in particolare nel Mali. Un metodo desunto dalle ‘antiche tecniche’ co¬struttive nubiane e dalle esperienze dell’architetto egiziano Hassan Fathy.

Questo cantiere didattico-sperimentale è anche un omaggio a Fabrizio Carola, “all’uomo della pietra” come lo chiamano i Dogon del Mali, l’uomo che ci ha mostrato col suo esempio la possibilità di ritrovare un più equilibrato rapporto tra architettura e luogo entro una visione in cui ricerca, formazione e professione non costituiscono più ambiti separati.

 

Dome is a research project which brings together the Siracusa-based Architectural Design Lab II students and the Building School students with a common goal of constructing a 1:1 low-tech shelter. Brick arches, vaults and domes become a basis for innovative experiments with traditional materials and techniques.

 

The adopted method is based on the use of a revolving compass - a traditional Nubian technique explored by the Egyptian architect Hassan Fathy and perfected by Fabrizio Caròla in Africa, and in particular in Mali, over a period of more than thirty years.

 

This experimental building site is also a homage to Fabrizio Carola - “the stone man” as the Mali Dogon call him – whose work demonstrates a possible return to a balanced relationship between architecture and its environment in a context in which research, academic and professional domains no longer constitute separate domains.

 

Parametric photography is a unique concept that most haven't heard of before, do you want to know more? Parametric photography is a concept of mine conceived in 2020 from a research born in 2007, after 25 years of work and study on analog photography thanks to my work as a set designer, the project to create photographic sculptures was born.

 

These are the unique and unobtainable sketches in NFT. The collection will include 366 unique pieces, except for a few multiples of 5 ... an opportunity not to be missed as a true collector of certified works of art! 🔥🔥🔥

An experimet to create a parametric tower structure for more info and download the definition you can visit

designplaygrounds.com/projects/parametric-tower-experimen...

Parametric "Faraday" surface waves on the surface of a fluid shaken vertically. For very viscous fluids, the waves are linear.

 

See

www.physics.utoronto.ca/~nonlin/faraday.html

 

Paper lamp designed with a tool set in VVVV. Voronoi extrusion along the polygon average normals. No Glue, No Staples

Detail of the joints and pieces of parametric paravent.

 

For further information visit:

www.mas.caad.arch.ethz.ch/mas1011/

Essentially a parametric EQ. Does the cocked-wah sound really well. A pedal popularized by Frank Zappa.

Night sky over Bryce Canyon National Park.

Generated and visualized in Excel using drawing objects. For further images and information see:

www.michael-hansmeyer.com

 

Drum Night July 18th 2015

with Marcel Millot, Tommy Baldu, Armin Rühl, Jürgen "Phil" Mayer and others.

 

Pavilion designed by J. Mayer H. architects and built by Rubner Holzbau in occasion of the Karlsruhe 300 anniversary.

 

photographed by

Frank Dinger

 

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