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 …

Scientific data is continually increasing in complexity, variety and size, making efficient
visualization and specifically rendering an ongoing challenge. Traditional rasterization …

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 …

In this paper, we survey illustrative rendering techniques for 3D surface models. We first
discuss the field of illustrative visualization in general and provide a new definition for this …

Cardiovascular diseases (CVD) are the leading cause of death worldwide. Their initiation
and evolution depends strongly on the blood flow characteristics. In recent years, advances …

Most 3D vector field visualization techniques suffer from the problem of visual clutter, and it
remains a challenging task to effectively convey both directional and structural information of …

Better understanding of hemodynamics conceivably leads to improved diagnosis and
prognosis of cardiovascular diseases. Therefore, an elaborate analysis of the blood-flow in …

Incorrect spatial interpretation of 3D vascular models is a main perceptional problem in
medical visualization. For improved depth perception, we propose supporting anchors …

Stream surfaces and streamlines are two popular methods for visualizing three-dimensional
flow fields. While several parallel streamline computation algorithms exist, relatively little …

Displaying geometry inflow visualization is often accompanied by occlusion problems,
making it difficult to perceive information that is relevant in the respective application. In a …