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 …

The recently introduced notion of Finite-Time Lyapunov Exponent to characterize Coherent
Lagrangian Structures provides a powerful framework for the visualization and analysis of …

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 …

We introduce a novel, automatic streamline seeding algorithm for vector fields defined on
surfaces in 3D space. The algorithm generates evenly spaced streamlines fast, simply and …

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 …

The depiction of a time-dependent flow in a way that effectively sup ports the structural
analysis of its salient patterns is still a challenging problem for flow visualization research …

We present a visual analysis and exploration of fluid flow through a cooling jacket.
Engineers invest a large amount of time and serious effort to optimize the flow through this …

The gradient of a velocity vector field is an asymmetric tensor field which can provide critical
insight that is difficult to infer from traditional trajectory-based vector field visualization …

Accurately representing higher-order singularities of vector fields defined on piecewise
linear surfaces is a non-trivial problem. In this work, we introduce a concise yet complete …