Seeing the flow: from observation to understanding

50th anniversary

A session in preparation

To mark fifty years of the International Symposium on Flow Visualization, ISFV22 is preparing a special session around a question that is central to the field but rarely made explicit: what kind of knowledge is produced when a flow is made visible?

Visualization can be a first, direct contact with a flow, through which an experimenter builds intuition and formulates questions, and also a final means of confronting models and interpretations with physical reality. At a time when computation and artificial intelligence increasingly mediate scientific interpretation, the session will ask what remains distinctive about seeing a physical phenomenon.

Programme, format and contributors: to be announced

Themes

What the session may explore

The themes below are indicative and may evolve as the session takes shape.

Observation and intuition

How visual contact with a flow creates physical intuition, suggests questions and lets the experimenter challenge the adequacy of a model.

Instruments and representations

How tracers, illumination, apparatus, images and models shape what can be seen, and what conditions make a particular flow visible.

Computation, sensing and AI

New forms of sensing and imaging, such as event-based cameras, and what it means to “see” when a representation may be designed as much for an algorithm as for a human observer.

Science and art

A dialogue with the history and philosophy of scientific images and with artistic research, asking whether different ways of observing can generate different scientific questions.

Call for abstracts

Contribute to this theme

Contributions within this scope are welcome in the call for abstracts, under the scientific area Science and art. Depending on the submissions received, parallel sessions on this subject may be organised.

To help the Scientific Committee, you may include a keyword such as “science and art” or “seeing the flow” in your abstract.

Flow visualization

Science in motion

LIC visualization of the wake of a fluidic pinball
Artistic representation of a line integral convolution (LIC) visualization of the wake of a fluidic pinball.Alicia Rodríguez-Asensio · Experimental Aerodynamics & Propulsion Lab, UC3M
PIV visualization showing particles and vorticity
Artistic representation of a PIV flow visualization showing particles and vorticity.Luca Franceschelli · Experimental Aerodynamics & Propulsion Lab, UC3M
Instantaneous Stanton number map in a turbulent channel flow
Artistic representation of an instantaneous Stanton number map in a turbulent channel flow.Antonio Cuéllar · Experimental Aerodynamics & Propulsion Lab, UC3M
Spatial mode of a pulsed slot jet in crossflow
Artistic impression of the spatial mode of the wall-parallel flow field downstream of a pulsed slot jet in crossflow.Rodrigo Castellanos · Experimental Aerodynamics & Propulsion Lab, UC3M
Manifold of extreme aerodynamic flows
Visualizing data structure: artistic impression of a manifold of extreme aerodynamic flows.Zhiyuan Wang · Experimental Aerodynamics & Propulsion Lab, UC3M
Dry residue of a respiratory drop imaged by fluorescence microscopy
Artistic representation of the dry residue of a respiratory drop imaged by fluorescence microscopy.Javier Martínez-Puig · Universidad Carlos III de Madrid