Geometrías fresadas: Dibujando para la manufactura usando el dibujo y el proceso

Robert B. Trempe Jr.

Geometrías fresadas: Dibujando para la manufactura usando el dibujo y el proceso

Translated title of the contribution: Milled Geometries: Drawing for Manufacturing Using the Quality of Computational Process

Robert B. Trempe Jr.

Publications: Contribution to conference › Paper › Research › peer-review

Abstract

Why is there such disconnect between the visual mechanics of computational representation and the articulation of the same geometry via physical manufacturing?

Why do so many spend so much time trying to erase the marks of physical manufacturing (‘we must physically smooth this surface down, down, down to perfection’) instead of aligning these marks to the very process through which the original computational representation was born?

What if the virtual representations of computational geometry were treated as instruction towards physical manufacturing? What if we extract and employ these ‘virtual articulators’ as a critical part of the manufacturing process, linking virtual representation with physical production?

Why don’t we DRAW the manufacturing process so that our products WEAR their process?

Translated title of the contribution	Milled Geometries: Drawing for Manufacturing Using the Quality of Computational Process
Original language	Spanish
Publication date	1 Sept 2016
Number of pages	4
Publication status	Published - 1 Sept 2016
Event	Seminario Internatcional De Arquitectura 2016: The Digital Reveal - Universidad Piloto de Colombia, Bogota, Colombia Duration: 1 Sept 2016 → 2 Sept 2016

Seminar

Seminar	Seminario Internatcional De Arquitectura 2016
Location	Universidad Piloto de Colombia
Country/Territory	Colombia
City	Bogota
Period	01/09/2016 → 02/09/2016

Keywords

CNC
NURBS
representation
manufacturing

Artistic research

No

Cite this

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title = "Geometr{\'i}as fresadas: Dibujando para la manufactura usando el dibujo y el proceso",

abstract = "Why is there such disconnect between the visual mechanics of computational representation and the articulation of the same geometry via physical manufacturing?Why do so many spend so much time trying to erase the marks of physical manufacturing ({\textquoteleft}we must physically smooth this surface down, down, down to perfection{\textquoteright}) instead of aligning these marks to the very process through which the original computational representation was born? What if the virtual representations of computational geometry were treated as instruction towards physical manufacturing? What if we extract and employ these {\textquoteleft}virtual articulators{\textquoteright} as a critical part of the manufacturing process, linking virtual representation with physical production? Why don{\textquoteright}t we DRAW the manufacturing process so that our products WEAR their process?",

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