The mission of FAU CSC leads naturally to a matrix organization. FAU CSC is organized in competence labs (horizontal) and cross-sectional application labs (vertical) relying on the key competences of the CSC.
The Algorithm & Software and HPC competence labs as well as the Atomistic Structure Simulation application lab are installed in parallel to the corresponding labs in NHR@FAU. While the services and activities of the federal institution NHR@FAU will be offered nationwide, FAU CSC will focus on FAU-specific demands. The program-oriented application labs Additive Manufacturing / Particles / Failure build on the current ZISC, whose roots are in the cluster of excellence EAM. It connects collaborative research initiatives hosted and/or strongly linked to the envisaged EAM research cluster. This structural integration will serve as a blueprint for further research centers and clusters with a strong focus on scientific computing.
In each competence lab, fundamental aspects of scientific computing are represented: Modeling, Algorithm & Software, HPC and Data. Methodologies will be made available across existing boundaries of disciplines and will continuously be expanded. This chain of cross-sectional competences is recurring in many applications and gives rise to the definition of application labs. While in the described application labs a wide range of competences and coordinated research activities already exist, FAU CSC aims to integrate new disciplines leading to additional application labs in the future (e.g. artificial intelligence, quantum computing, energy, climate change). The RDM aspect of data science in the context of scientific computing will be organized hand in hand with the Competence Unit for Research Data and Information (CDI).
News:
We are happy to announce that the CRC1411 will receive fundings to continue its research for the next 4 years. After a successful first funding period under the guidance of Prof. Wolfgang Peukert, we will continue our activities with Prof. Nicolas Vogel as spokesperson, and Prof. Martin Hartmann wil...
We are pleased to invite you to participate in the 9th International Conference on Discrete Element Methods (DEM9), taking place from September 17, 2023 to September 21, 2023 in Erlangen, Germany. DEM9 will address the latest advancements in the simulation of particulate systems using discrete e...
Design of Particulate Products
The key objective and long-term vision of Collaborative Research Centre 1411 is the targeted design of particulate products by rigorous optimization based on predictive structure-property and process-structure functions. Particulate products, as considered in this CRC...
Announcement of an ad hoc Minisymposium on
Lattice Boltzmann Methods for Particulate Flows
Friday, October 28, 2022, 10:00 – 12:00
Room: RZ 2.037, e-Studio
Link to online participation: ZOOM
Program (Download Programm as PDF):
10:00
Timm Krüger (School of Engineering, University...
From 7-9 November 2022, the Erlangen Collaborative Research Centre 1411 organizes an International Workshop on
“Optics: Simulation and Optimization”
Optical properties of particulate products play a crucial role in many applications. Already the composition, size and shape of nanoparticles through...
The iPMT consortium consists of partners from industry and academia. The aim of the project is the development and validation of methods for the synthesis of training data for Deep Learning-based particle measurement techniques, exemplified by image-based methods for the detection of particles in (m...
In this project, the development of a high performance computing (HPC) library for the optimal design of nanoparticles with respect to their optical properties is addressed. In the field of nanoparticle technology, the design optimization of particulate products is one of the main foci, where the qu...
The FIONA consortium consists of partners from industry and academia.
Its aim is to advance the technology of filament layer manufacturing (FLM) within the area of continuous fiber-reinforced, functionalized and multi-material aircraft components.
The spectrum of FIONA reaches from investigation o...
As CSC, we provide a platform to promote your COVID-19 modelling and simulation activities and to get in contact with other researchers in the same field. Education and outreach is beside research of course of great importance and this is why we want to collect efforts related to scientific computin...
The main objectives of this sub-project of the CRC1411 Design of Particulate Products are the methodical management of research data generated by experiments, measurement methods, and simulations of the CRC1411 community. In addition to the design and implementation of object type dependent ontologi...
