Enhancing XNS with In Situ Visualization

Successful Collaboration within NHR4CES: Enhancing XNS with In Situ Visualization!

We are excited to announce the success of a recent collaboration within NHR4CES: The SDL Fluids and the CSG Visualization have worked together to provide in situ visualization techniques for our in-house multiphysics flow solver, XNS. In situ processing and visualization allows scientists to process data directly as it is being simulated, without the need for time-consuming data storage and post-processing. This technique is particularly beneficial for complex multiphysics simulations like those performed by XNS, as it enables real-time insights and rapid decision-making, significantly enhancing the efficiency and accuracy of our simulations.

The project was coordinated by Tobias Bongartz, Marcel Krüger, and Tim Gerrits (Visual Computing Institute), resulting in the seminar paper “In-Situ Visualisierung von Lösungsfeldern gekoppelter Strömungsprobleme” by Silas Woyda.

The project was efficient, well-planned, and once again demonstrates the excellent collaboration possible within the context of NHR4CES. The structure provided by NHR4CES was crucial in achieving the project’s scientific goals. We look forward to many more such collaborations in the future.