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 85 Results
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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 Spree Monitoring project (official EXIST project name ‘CoMMoD’) 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 …
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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.
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In the collaborative research project PHOENIX, a concept for an efficient hydrogen combustion engine for cogeneration plants is to be developed and the corresponding evidence provided. Among other things, BAM is developing methods to qualify lubricants regarding their tendency to pre-ignite and …
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A major challenge for the green transition is our inability to rationally design inorganic materials with tailor-made properties. This project will address this problem by improving our understanding of chemical bonding in inorganic materials.
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In the AdsoWaL project, solar collectors are developed which use an adsorption and thermally driven desorption process to convert humidity from the air into drinking water. To optimize the air flow and the adsorption kinetics within the collector, ceramic adsorbent bodies will be shaped by additive …
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In addition to size, surface chemistry plays a key role in determining the properties of nanoparticles and interactions with the environment. Standardised measurement methods are being developed for industrial research and development, quality control during production and regulatory purposes.
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In KI-VISIR, a reference data set with thermographic and visual inspection data of wind turbine rotor blades is created and made publicly available