@Article{laramee08,
  author    = {R.~S.~Laramee and G.~Erlebacher and C.~Garth and T.~Schafhitzel and H.~Theisel and X.~Tricoche and T.~Weinkauf and D.~Weiskopf},
  title     = {Applications of Texture-Based Flow Visualization},
  journal   = {Engineering Applications of Computational Fluid Mechanics (EACFM)},
  year      = {2008},
  volume    = {2},
  number    = {3},
  pages     = {264--274},
  month     = {September},
  abstract  = {Flow visualization is a classic sub-field of scientific visualization.
              The task of flow visualization algorithms is to depict vector data,
              i.e., data with magnitude and direction. An important category of
              flow visualization techniques makes use primarily of textures in
              order to convey the properties of a vector field. Recently, several
              research advances have been made in this special category, of dense,
              texture-based techniques. We present the application of the most
              recent texture-based techniques to real world data from (1) oceanography
              and meteorology, (2) computational fluid dynamics (CFD) in the automotive
              industry, and (3) medicine. We describe the motivations for using
              texture-based algorithms as well as the important recent advancements
              required for their successful incorporation into industry grade software.
              Our goal is to appeal to practitioners in the field interested in
              learning how these recent techniques can help them gain insight into
              problems that engineers and other professionals may be faced with
              on a daily basis. Many of these applications have only recently become
              possible.},
  url = {http://tinoweinkauf.net/publications/abslaramee08.html},
}