This website uses cookies

Royal Danish Academy – Architecture, Design, Conservation uses cookies to create a better user experience, to interact with social platforms and for anonymised statistics of traffic on our website.

Social media cookies enable us to interact with well-known social media platforms and content. This may be for statistical or marketing reasons.
Neccesary to display YouTube videos
Neccesary to display Vimeo videos
Preference cookies enable a website to remember information that changes the way the website behaves or looks, like your preferred language or the region that you are in.
Is used for UI states
Read about our privacy policy
Royal Danish Academy
KADK logo secondary
Menu
Search
Subject areas and institutes Latest
da
en
Close menu
Close
Search for content or person

Persistent Model #1

Research area
Behaving Architectures
Categories
Research Project
Year
2010
Participants
Phil Ayres (CITA), Anders Holden Deleuran (CITA).
Collaborators

A research project by CITA.

This research project investigates a design strategy that couples representation and artefact in a circular relationship as a means of managing indeterminacy throughout the various phases of architectural activity, namely: design, fabrication/construction and occupancy/use. This proposition maintains the instrumental capacity of representation as a space of speculation and specification, whilst addressing issues pertaining to representations ideal, predictive and pre-determined attributes in relation to contexts of use that tend towards the endemically dynamic and contingent.

Persistent Model #1 considers the site of indeterminacy as the fabric of the construct itself. Free-form metal inflation provides a conceptually congruent material veil to these concerns. It is a procedure through which outcomes deviate from initialising representations with greater or lesser degrees of predictability – a result of a sensitive dependency established between material behaviour and the nature of the imposed geometry.

This deviation requires feedback mechanisms for the artefact to re-inform the representation. As components are inflated they dramatically transform in formal and performance charateristics - these transforms are an outcome of material behaviour steered through imposed geometry.

The simplicity of the forming process belies a complex matrix of interactions occuring within and between a variety of microstructures (atomic lattice & grains) and macrostructures (component & aggregate). Developing an understanding these material behaviours, and learning how to represent them and steer them through design, is of central concern to this aspect of the research project.

This aims to inform the essential design parameters for this method of fabrication and the performance characteristics of its resulting artefacts - as individual components and aggregates.

Digital Material - Persistent Model no.1 Inflation Experiments
https://vimeo.com/12045287

Venue
Persistent Model #1 was exhibited as part of the digital.material exhibition  at the R.O.M. Gallery for Art and Architecture , Oslo in May 2010 and at the 1:1 Research by Design exhibtion at the Royal Danish Academy of Fine Arts School of Architecture , Copenhagen in March 2011.

Photography

Anders Ingvartsen

Microscopy image of inflation sample
Sarat Babu , UCL Bartlett School of Graduate Studies & Jonathan Warwick, Imperial College London

Related projects