Mineral-bonded composites
for enhanced structural impact safety

Mineral-bonded composites
for enhanced structural impact safety

Mineral-bonded composites
for enhanced structural
impact safety

C3/II AI methods for the sustainable, synergetic use of the investigation results of GRK 2250 for the design and optimization of impact protection systems

In the GRK 2250 numerous interdisciplinary results from experiments and numerical simulations are generated. Due to the large methodological spectrum, the data are very heterogeneous and available in different formats, information structures and locations. In order to use the resulting data synergistically and sustainably within the framework of the research training group and beyond, a comprehensive, tailor-made concept for scientific data management and data exploitation must be developed.

The development of such a concept and its implementation in the GRK 2250 is the central goal of the PhD project C3. A holistic methodology is to be developed, which will generate overarching scientific added value from the resulting data.

Concept overview of C3
The method analyzes the different research questions with their optimization goals, methods, associated design and logging of experiments and available data. The systematic overview is used to develop further, cross-project research questions in exchange with the GRK 2250/2 PhD projects. These questions should be answered with the available data, if possible without additional experiments. Furthermore, the aspect of design and optimization of applications under changed target parameters shall be taken up by modelling the necessary methodical procedure and assigning suitable application-specific test series. On the basis of the data sets, AI algorithms to be developed should allow scope for parametric adaptations and ensure strong synergy and high efficiency in the utilization of archived and exchanged data. The data management and evaluation concept is to include the multitude of different examination methods as well as material and structural parameters from the different observation levels in the context of relevant application scenarios and to match and finally link them from methodical view and data view.

Contributors

© André Terpe

Doctoral Researcher
(2020-2023)

Dipl.-Ing. Felix Conrad

Contact

Institute of Mechatronic Engineering
Chair of Machine Tools Development and Adaptive Controls

TU Dresden
Helmholtzstraße 7a
01069 Dresden
Germany

Principal Investigator

Prof. Dr.-Ing. Steffen Ihlenfeldt

Contact

Fraunhofer Institute for Machine Tools and Forming Technology IWU

Nöthnitzer Str. 44
01187 Dresden
Germany

in cooperation with

Univ.-Prof. Dr.-Ing. Viktor Mechtcherine

Contact

Institute of Construction Materials

Von-Mises-Bau, 3rd Floor, Room 315A Georg-Schumann-Straße 7
01187 Dresden
Germany

in cooperation with

Univ.-Prof. Dr.-Ing. Dr.-Ing. E.h. Manfred Curbach

Contact

Institute of concrete structures

ABS, Floor 05, Room 009
August-Bebel-Straße 30/30A
01219 Dresden
Germany

in cooperation with

Univ.-Prof. Dr.-Ing. habil. Michael Kaliske

Contact

Institute of Construction Materials

Von-Mises-Bau (VMB), Room 101A Georg-Schumann-Straße 7
01187 Dresden
Germany