News

We are delighted to inform you about our Young Researcher Program within the framework of the dtec.bw project hpc.bw!With this program, we aim to promote research and interdisciplinary exchange in the field of High Performance Computing (HPC) and related fields, such as algorithms, data-driven techniques, and software engineering, on a low-threshold level in an international…

on-site: seminar room 109digital: link via E-Mail ([email protected]) Scientific Talk (4:00 PM to 5:00 PM): Julio Gutiérrez (HSU) Study of nozzle influence on aerosol deposition (AD) by using 3D CFD simulationsIn aerosol deposition, fine ceramic powders in sizes of less than typically 5 μm are deposited as a coating at room temperature. Aerosol deposition must…

Reimaging the Seminar Series “Computation & Data” For the last two year, the seminar series Computation & Data has served as a space for knowledge exchange on topics related to High Performance Computing (HPC). However, participation patterns and logistical challenges have highlighted the need for a fresh approach.Starting in the second quarter of 2025, the…

We have successfully completed the first funding phase of the hpc.bw project (dtec.bw) and have achieved numerous exciting calculations and results, made possible by the CBRZ and its compute platforms HSUper and ISCC. In this context, the event “[email protected]: Perspectives & Next Horizon” took place at HSU on March 3 and 4, 2025. Participants included…

on-site: seminar room 403digital: link via E-Mail ([email protected]) Markus Klein (UniBw M): Towards LES of Liquid Jet Atomization Using an Eulerian-Lagrangian Multiscale ApproachThe predictive simulation of industry-scale atomizers remains difficult to date. While LES based on a combination of interface capturing and Lagrangian particle tracking is a promising strategy, the modeling of the sub-grid scale…

on-site: seminar room 403online: MS Teams (link via E-Mail: [email protected]) Natalie Rauter (HSU): How to predict material behavior by utilizing neural networksNumerical simulations of materials can be challenging and time consuming when dealing with complex microstructures, different scales, and damage evolution. Here, NN can be beneficial by reducing the complexity of the model and hence,…

We have successfully completed the first funding phase of the hpc.bw project (dtec.bw) and have achieved countless exciting calculations and results, which were made possible by the CBRZ and its compute platforms HSUper and ISCC. In relation to this achievement, we will organize a wrap-up meeting, where we will not only present the diverse results…

We are proud to announce that our article about an evaluation of short-term performance engineering projects has been published in the 2nd anthology ‘dtec.bw-Beiträge der Helmut-Schmidt-Universität / Universität der Bundeswehr Hamburg’. The article with the title ‘hpc.bw: An Evaluation of Short-Term Performance Engineering Projects’ can be found via the following DOI: https://openhsu.ub.hsu-hh.de/handle/10.24405/16802 Abstract: Increasing amounts…

We are pleased to announce that three new workshops have been added to the HPC Portal. As part of the revitalized HSUper Workshops series, originally developed as an on-site training comprising six modules, these digital trainings now offer a flexible and self-paced learning experience. Specifically designed for HSUper users, they provide a means by which…

We are happy to announce that the 4th Call for Projects for Performance Engineering is out now!We invite research groups affiliated with the Universities of the Armed Forces in Hamburg (HSU/UniBw H) and Munich (UniBw M) to submit proposals outlining projects that align with the objectives of performance engineering. The primary aim is to facilitate…