Dr Disrupting Scientific Flow Visualization Protocols: Photographing Architecture’s Atmospheres

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Lisa Moffitt

Abstract




This paper explores the intermedial dialogues between my environmental model prototypes— of wind tunnels, water tables, and filling boxes —and photographs of them. I speculate about how photo- graphs of my models make comprehensible some of the seemingly incomprehensible scales and material complexities associated with atmospheric constructions underpinning the climate crisis. I illustrate how environmental models can be read at several scales: the one-to-one scale of the instrument as a tectonic artefact; the scale set by the architectural model on the testing bed; and the ambiguous scale of the controlled space of air and water flow. Each scale offers new vantage points for thinking about architecture’s many atmospheric dialogues between inhabitants, buildings, instruments, architectural models, and the wider world we are immersed within. Photography aids in the readings across scales, enabling design insights not possible outside of the mediating lens of the camera. Fundamentally, I suggest that the intermedial dialogues between source model and abstracted photograph merge two conceptions of ‘the atmosphere’ by first following and then disrupting the protocols of scientific flow visualization.


Image: Detail photograph of flow visualization in water table prototype 3. © Lisa Moffitt, 2018.




Article Details

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Thematic section
Author Biography

Lisa Moffitt, Carleton University

Dr. Lisa Moffitt is an Associate Professor in Architecture and Associate Director
of Graduate Architecture Programs at Carleton University in Ottawa, Canada. Previously, she was Senior Lecturer in Architectural Design at the University of Edinburgh, where she completed her PhD Architecture by Design. Her research and creative practice explore how models—understood as both scale miniatures and mental ideals—make environmental processes associated with the climate crisis comprehensible and legible to the senses. Her book, Architecture’s Model Environments (UCL Press, 2023) explores the capacity for physical models of envi- ronmental processes to enable design speculation about atmospheric phenomena across scales.