How IRIS Works
IRIS is the graphics platform for rheology — designed to bring together the many features of rheological experimentation, analysis, modeling, and interpretation within one visually integrated environment. IRIS stands for Interactive Rheology Information System.
Rheology is rich, multidimensional, and often too interesting to be reduced to isolated tables, separate plots, or disconnected software tools. IRIS was created to unite these different aspects make them visible, and extract te goning parameters. Through clear, interactive, and often spectacular visuals, IRIS helps users see how experimental data, rheological models, material parameters, and physical interpretation fit together.
At the center of this approach is the IRIS Rheo-Hub, a framework in which experimental data, scientific knowledge, rheological models, and visualization tools are organized and linked. Its modular structure allows the integration of many specialized codes contributed by rheological experts, creating a broad and expandable platform for quantitative rheology
A special strength of IRIS is that it makes rheology visible. Its graphics platform does more than display results; it reveals relationships and lead parameters. Experimental observations can be compared, categorized, parameterized, and linked to theoretical descriptions in ways that are both rigorous and visually compelling. The result is a style of scientific work in which the images themselves become an active part of discovery.
A distinctive feature of IRIS is the Smart Plot (SP) concept. Every plot retains its full provenance: the original data, the analysis pathway, and the model calculations that created it. With a single click, users can return from any graph to the underlying experiment and reconstruct the entire path that led to the visual result. This makes the work transparent, reproducible, easy to modify, and easy to communicate.
Developed over many years with contributions from numerous collaborators, IRIS combines advanced rheological methods with an intuitive interface and a visually powerful style of working. It turns rheology into an interactive graphical experience—one that helps transform measurements into insight, and insight into confident scientific and engineering decisions.
Publications about IRIS
10 Year Anniversary of IRIS: Winter HH, Mours M (2006) The cyber infrastructure initiative for rheology. Rheologica Acta 45:331-338
25 Year Anniversary of IRIS: Poh L, Narimissa E, Wagner MH, Winter HH (2022) Interactive shear and extensional rheology-25 years of IRIS software. Rheologica Acta 61:259-269