Publications and externally funded projects are elementary components of BAM's research and development activities. They demonstrate the high quality of the R&D work carried out by BAM staff and are essential media for the successful dissemination in science, technology, industry and politics.
In BAM's publication server PUBLICA you can find results and scientific publications. Open Access publications are directly accessible.
In our ReSEARCH project database you can find brief information on BAM's research projects.
A brochure on BAM's participation in European projects can be found here.
The following list contains a selection of BAM's research projects with information on the duration, subject, objectives, methods and project partners. Projects which are already closed can be found with the filter setting "closed".
Ergebnisliste 80 Results
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The aim of the QT-LPA project is to develop a method for spatially and time-resolved quantitative in-process temperature determination in an additive manufacturing process, the DED-LB/M process.
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The digital object identifier links product data clearly and forgery-proof with real components. In the project DOI4AM, additively manufactured components are uniquely identified and securely authenticated using machine-readable codes and characteristic microstructural features - just like a …
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SuSteelAG offers an attractive technical solution for the production of green German steel in its strategic alliance between Germany and Australia. The production of green iron in Australia with green hydrogen solves existing challenges in Germany.
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In this project, haptens, antibodies, and reference materials for selected mycotoxins (fungal toxins) are being developed. These are required to produce new analysis kits for the SAFIA Technologies GmbH measurement platform in order to simplify the multiplexed detection of these toxins in food.
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The AGATO project is developing a system that combines aerial and ground robots to improve the monitoring and understanding of climate-harming methane emissions from wastewater treatment plants. Using laser absorption measurements and gas tomography, the system enables more precise detection and …
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The ‘Nanopflaster’ project aims to increase the service life and reliability of substructures and towers of offshore wind turbines through the application of a nanolaminate coating as a post-weld treatment.
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Development of a neural network-based method for non-destructive testing by means of laser thermography (Thermographic Testing) of castings with a rough surface for near-surface imperfections as an alternative to magnetic particle and penetrant testing.
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Breaking of prestressing wires can lead to the collapse of prestressed concrete bridges without warning. In the SimAS project, acoustic emission analysis is being further developed to detect prestressing wire breaks and thus optimize the monitoring of endangered bridges.
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The ConScope project is developing Coda Wave Interferometry (CWI) technology to market maturity to enable continuous monitoring of engineering structures. The technology is very sensitive to the smallest changes in concrete structures. Damage can therefore be detected at an early stage.
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ReliaBlade2 enhances the reliability of wind turbine rotor blades through advanced thermographic monitoring and analysis of material fatigue and structural damage. This process not only improves the durability of the blades but also reduces the operating costs of wind turbines.