Flow data appears in a variety of applications such as Simulation and computation of flow around cars, planes and ships, atmospheric flow for weather forecast, studying flow in bottling / filling devices and Dynamical systems.
There are different aims such as perceiving and understanding physical phenomena, modeling of flow processes, optimization in technical design and search for potential damage reasons.
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Flow and Tensor Visualization (FlowVis)
Lecturer:
Dipl.-Ing. Dirk Joachim Lehmann, Dipl.-Ing. Maik Schulze, Prof. Dr.-Ing. Holger Theisel
Dates:
Vorlesung: Dienstag, 11:00 c.t. - 13:00 Uhr, G29-335
?bung:Freitag 11:00 c.t. - 13:00 Uhr, G29-K059
?bung:Freitag 11:00 c.t. - 13:00 Uhr, G29-K059
Audience:
Computervisualistik, Informatik, Ingenieur- und Wirtschaftsinformatik
Classification:
WPF CV;M ab 1
WPF DigiEng;M 2-3
WPF DKE;M ab 1
WPF IF;M ab 1
WPF IngINF;M ab 1
WPF WIF;M 1
WPF DigiEng;M 2-3
WPF DKE;M ab 1
WPF IF;M ab 1
WPF IngINF;M ab 1
WPF WIF;M 1
Completion:
Oral exam
Additional Information:
Lecture Files:
Exercise Files:
Additional Materials:
Critical Structures in Vector Fields [Phd thesis Tino Weinkauf]
Survey on Flow Visualization Approaches
