Flow visualization has been a very attractive component of scientific visualization research
for a long time. Usually very large multivariate datasets require processing. These datasets …

The tremendous evolution of programmable graphics hardware has made high-quality real-
time volume graphics a reality. In addition to the traditional application of rendering volume …

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 …

This paper presents a real-time rendering pipeline for implicit surfaces defined by a regular
volumetric grid of samples. We use a ray-casting approach on current graphics hardware to …

In this state‐of‐the‐art report we discuss relevant research works related to the visualization
of complex, multi‐variate data. We discuss how different techniques take effect at specific …

Design and control of vector fields is critical for many visualization and graphics tasks such
as vector field visualization, fluid simulation, and texture synthesis. The fundamental …

Designing tensor fields in the plane and on surfaces is a necessary task in many graphics
applications, such as painterly rendering, pen-and-ink sketching of smooth surfaces, and …

Seeding streamlines in 3D flow fields without considering their projections in screen space
can produce visually cluttered rendering results. Streamlines will overlap or intersect with …

Graphics processing units (GPUs) have been revolutionizing the way computer graphics
and visualization are practiced. Driven by the computer-games industry and its demand for …

We investigate two important, common fluid flow patterns from computational fluid dynamics
(CFD) simulations, namely, swirl and tumble motion typical of automotive engines. We study …