Flow visualization is a well established branch of scientific visualization and it currently
represents an invaluable resource to many fields, like automotive design, meteorology and …

With increasing computing power, it is possible to process more complex fluid simulations.
However, a gap between increasing data size and our ability to visualize them still remains …

With ever increasing computing power, it is possible to process ever more complex fluid
simulations. However, a gap between data set sizes and our ability to visualize them …

Characteristic curves of vector fields include stream, path, and streak lines. Stream and path
lines can be obtained by a simple vector field integration of an autonomous ODE system, ie …

Streamline computation in a very large vector field data set represents a significant
challenge due to the nonlocal and data-dependent nature of streamline integration. In this …

We present the first quality physics-based smoke animation method which runs in time
approximately linear in the size of the rendered two-dimensional visual detail. Our …

Integral surfaces are ideal tools to illustrate vector fields and fluid flow structures. However,
these surfaces can be visually complex and exhibit difficult geometric properties, owing to …

Stream surfaces are an intuitive approach to represent 3D vector fields. In many cases,
however, they are challenging objects to visualize and to understand, due to a high degree …

Particle tracing in time-varying flow fields is traditionally performed by numerical integration
of the underlying vector field. This procedure can become computationally expensive …

We present the results of a two-year design study to developing virtual reality (VR) flow
visualization tools for the analysis of dinosaur track creation in a malleable substrate. Using …