multi-performativity
Performative Landscapes Published Again
Performative Landscapes continues to be received well and will be published in an upcoming issue of Future Arquitecturas Magazine. The issue will feature projects entered into the “Re-invent Infrastructure” competition that took place in July 2009. More to come on the release date which should be coming up shortly. http://www.arqfuture.com/
Re-invent Infrastructure Competition Boards:
Meta_Patch
_______________Modulations Symposium, Rice University 2006
Design Team: David Newton + Joe Kellner
Concept_
This experiment was driven by the hypothesis that the material capacity of a system consisting of uniform elements can be employed to achieve variable yet stable configurations with complex curvature through a vast array of local actuations. Initial tests confirmed that a series of very simple rectangular wooden elements fastened to a larger sheet of timber can be deployed as local actuators. Each rectangular element is attached to a larger patch by four bolts, one in each corner. While two of the bolts in opposite corners are permanently fixed and thereby define the length of the diagonal line between them, the other two bolts remain adjustable. Tightening these two bolts increases the distance between the element’s corners and the patch begins to bend. As each larger patch is covered with arrays of elements the incremental induction of curvature results in a global (de)formation. Detailed investigations of the correlation of element and patch variables such as size, thickness and fibre orientation, actuator locations and torque lead to taxonomy of geometric patterns and generated system behaviour. This data enabled scripting the parametric definition, assembly sequence and actuation protocols for a large prototype construction. The derived configuration consists of initially flat, identical timber patches onto which equal elements with actuator bolts are attached on one side. According to the particular distribution of actuator positions the elements are connected to the patches and the patches are assembled into a larger structure with different orientations of the element clad sides. The resulting material system consists of 48 identical patches, 1920 equal elements and 7680 bolts. After assembly the structure is initially entirely flat. Through the subsequent incremental actuation of fastening delineated bolts the structure rises into a stable, self-supporting state with alternating convex and concave curvature. Changes to variables within this actuation protocol allows for articulating and testing multiple emergent states and their inherent performative capacity. As the patches are perforated by drilled hole-patterns the performative modulation of porosity and the adjustment of structural capacity through curvature are intrinsically correlated with the manipulation of the system’s material and geometric behaviour. Developing an integral technique of form generating and making based on the material capacity and local actuation of the system enabled a variable, complex morphology derived through the materiality, geometry and interaction of amazingly simple material elements.
Performative Landscapes
_______________Galveston Bay, Texas 2007
Design Team: David Newton
Concept_
All along the Gulf Coast, from Houston to New Orleans, the problematics of building in littoral areas, in soft wetland meshwork spaces, are emerging and being confronted by planning and design strategies that employ fragmentational and anti-ecological thinking to disastrous effect/affect. These defunct urban planning and architectural design strategies essentially set New Orleans up for the disaster that Hurricane Katrina would cause in 2005. Counter to this anti-ecological approach, Performative Landscapes seeks to develop soft infrastructural systems that explore the material and organizational models afforded by wetland systems/meshworks in the creation of a coastal planning strategy that seeks interrelation, inclusion, and hybridity in contrast to exclusion, fragmentation, and homogeneity. What new social, legal, spatial, and economic organizations will emerge from a serious and prolonged engagement with the wetland meshwork, its material logics, its organizing logics, and its use as machine for pollution reclamation, erosion protection, wildlife farming and habitat, as well as, eco-tourism?
At the edge of Houston’s dense urban mat, suburban and industrial clusters flake-off and fragment into the undeveloped countryside each securing a moment of partial autonomy until the dense mat driven by its market forces can eventually catch-up, absorb these forward deployments, and dispatch yet others further ahead. Like viral particles hop-scotching through a body, these clusters advance, projecting the city’s material and spatializing logics into the dense ecological webs of the coastal wetlands, replacing multi-performative ecological infrastructures with the mono-performative mineralized tissues of the modern city. In this exchange soft systems are traded for hard. The spongy wetland floor meshworks are replaced by hard mineralized strata like asphalt, concrete, and compacted earth. Slowness (soft surfaces) is exchanged for speed (hard surfaces), and in so doing so is erosion, flood, and pollution protection, as well as, scenic beauty and wildlife habitat. This dynamic ensues on a programmatic level, as well, as field logics are supplanted by exclusionary fragmentation, or as the categorization diagram moves from a logic of gradients, systems, and blends to one of hard boundaries and homogeneity.
In the last 30 years the Galveston Bay area, along the Gulf Coast of Texas, has lost over 30,000 acres of wetland from a multitude of human activities in and along the bay. With this sobering reduction in wetlands, pollution in the bay has risen to dangerous levels as storm water run-off, no longer filtered or detained by wetland meshworks, is conducted directly into the bay by the city’s hardened surfaces (streets, parking lots, roofs). The result is a massive degradation of coastal wildlife, commercial fishing revenue, quality of living, and human health along Galveston Bay. This dynamic is not isolated to Galveston Bay, but can be found throughout coastal areas along the gulf. The importance of developing innovative design strategies based off ecological thinking is therefore paramount if post-modern urban projects are to prosper in coastal areas. This project therefore situates itself in this milieu and seeks to rethink urban infrastructure/urban fabric as an organism for water purification, retention, and celebration.
Spread-Bundle Assembly
_______________Modulations Symposium, Rice University 2006
Design Team: Jud Moore + Michael Robinson
Concept_
As metal rods bend across geometrically located positions a differentiated material system unfolds capturing, organizing, and redirecting energy. This system explores the behaviors and potentials of accelerated and decelerated deflection in a modulated component assembly. Focusing on macro diameter steel threaded rods as the primary material for study, several assembly configurations were tested, each experimenting with the specifications of the component parts, considering the relations between parametric definitions, aligned with geometric and topological logics, as well as construction processes. Moving from the development of a selected component, research and testing explored the proliferation of the system into larger, regional and global assemblies, further integrating and expanding on the systems articulation and response to various environmental conditions.
Topographic Wall Assembly
_______________Installation, University of Minnesota 2009
Design: David Newton
Concept_
This investigation specifically explores the planar fabrication strategy of contouring. Contouring embodies both an
aesthetic and structural logic all its own, which emerge out of the capacities of subtractive CNC equipment like the
laser-cutter, the plasma cutter, and CNC routing equiment. This fabrication strategy is most often used to produce contour models of landscape topography for scaled architectural models, but it can also usefully be applied in the design of many other types of objects – such as wall and ceiling systems, furniture, and can also be the driving formal language for entire buildings and engineered landscapes. So, far from only being useful for topographical models, contouring as a planar fabrication strategy has a lot of hidden and unexplored potential for designed objects. This project explores this potential.
Assembly and Fabrication Assistance: The Students in My Spring ‘09 Rhino Seminar at the University of Minnesota


