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  • HydBCsForOF is a set of hydraulic engineering boundary conditions for the Volume-of-Fluid solver "interfoam" of OpenFOAM. This is neither a part of openfoam nor endorsed by the owners of OpenFOAM. The provided boundary conditions allow the specification of water flow rates for variable water levels and the prescribtions of water levels with variable flow rates.

  • Busliniennetz der Göttinger Verkehrsbetriebe. Dies beinhaltet das Liniennetz im Stadtgebiet der Stadt Göttingen sowie Bovenden und Rosdorf. Das Liniennetz der Überlandbusse sind nicht enthalten.

  • Navigation Lock Filling - Modeled Geometry and Physical Model Measurement Data This data set provides the geometry files and physical model measurement data for the filling process of a large navigation lock with a ship in the lock chamber from a water saving basin. The measured data contains water levels, pressure differences, forces on the ship and the opening height of the valves. The lock consists of a lock chamber with a pressure chamber underneath. Both chambers are hydraulically connected with vertical cylindrical filling nozzles inside the floor between both chambers. The three lateral saving basins are connected to the pressure chamber via two lateral culverts each of smoothly varying rectangular shape. Each saving basin has two of these connecting culverts. A vertical lifting valve in each culvert allows the controlled filling operation from the saving basins into the pressure chamber. In the experiment, the lock chamber is filled from the lowest saving basin. The physical model was constructed at a scale of 1:25. The provided data (geometry and model test results) is scaled to prototype scale by Froude's similitude. The data was used in the following publication: Thorenz, C., Schulze, L. (2021): Numerical Investigations of Ship Forces During Lockage. Journal of Coastal and Hydraulic Strucures. Please cite the paper when using the data.

  • This dataset contains all data, which have been used to write the linked paper. In addition, it contains all Python scripts used for the evaluation of the data.

  • This dataset contains all data, which have been used to write the linked paper. In addition, it contains all Python scripts used for the evaluation of the data. It should be noted that the Python module pynocular is used within the scripts. This module is not yet published, but it is planned for release via https://github.com/baw-de.

  • This dataset provides a set of input data for each test case, as well as for the river engineering application used in Martin Utz's dissertation. The corresponding simulation results are also provided. Together with the settings described in the thesis and the software (https://git.iws.uni-stuttgart.de/dumux-pub/Utz2025b), this allows the simulations discussed in the dissertation to be reproduced.

  • Herkunft der Straßennamen in der Stadt Göttingen. Mit der Benennung von Straßen nach Frauen oder Männern werden bekannte Persönlichkeiten geehrt. Oft haben sie einen Bezug zu Göttingen. Für alle Straßen (auch unpersönliche) wird die Herkunft des Namens und das Datum der Widmung beschrieben. Die Information wird in einem Punkt gespeichert.

  • Verlauf aller Straßen und Wege, die einen Namen haben innerhalb und teilweise auch außerhalb der Stadt Göttingen. Die Information wird in einer Linie gespeichert. Namenlose Wege und kleine Verbindungswege sind nicht enthalten.

  • To validate a numerical method to simulate passive downstream fish passage of fish, the numeri-cal method was compared with laboratory data. The particle movement in a laboratory flume was compared with the particle movement in the numerical model of this flume. The videos of the experiments in the laboratory model and the tracked particle positions of the numerical ex-periments and the laboratory experiments are provided.

  • PEGELONLINE (www.pegelonline.wsv.de) ist das gewässerkundliche Informationssystem der WSV. PEGELONLINE bietet den Zugang zu unplausibilisierten Messwerten (Rohdaten) für Wasserstände und Abflüsse sowie weiteren Parametern, die an den Pegeln der WSV gemessen, zu PEGELONLINE übertragen und für 30 Tage kostenfrei zur Verfügung gestellt werden. Alle veröffentlichten Messstellen der WSV sind hier dokumentiert (http://www.pegelonline.wsv.de/gast/pegelinformationen). Die Messwerte können mittels verschiedener Webservices visualisiert und bezogen werden. (http://www.pegelonline.wsv.de/webservice/ueberblick)