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Projects
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 LeBeDigital project is to digitally describe concrete as a material throughout the entire production process and to develop a basis for customized data and knowledge management.
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Within the nanoPlattform project, new nano reference materials are being produced and methods for characterising nanomaterials are being standardised and further developed. In addition, a digital basis is being created to simplify and standardise the recording of measurement results.
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Circular economy: The project LIBS-ConSort investigates methods to improve the sorting and recycling of construction and demolition waste. BAM contributes to LIBS-ConSort with the sub-project Method development of sensor-based sorting.
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The project investigates the influence of the welding metallurgy of modern, high-strength steels on the hydrogen-assisted cold cracking susceptibility of offshore components in interaction with the increased stiffness of submerged arc thick plate welds.
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Nex-Hys - In the project, a standard procedure is being developed for determining safety characteristics for explosion protection for hybrid mixtures of combustible dust and combustible gas.
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Project objectives: Increase the predictive accuracy of the weld microstructure of modern steels. Furthermore, the burnoff behavior of alloying elements of high-strength steels is to be monitored in situ.
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Steelmaking slags are by-products of crude steel production that contain a mass fraction of up to 30% iron. The SlagCEM project is investigating the recovery of this iron with concurrent production of a hydraulic binder.
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In the GlasDigital project - Data-driven workflow for accelerated glass development - digital tools for the high-throughput development of novel glass materials are to be developed.
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In CopperDigital - Data ecosystem for digital material development based on ontology-based digital representations of copper and copper alloys - a demonstrator for a digital data ecosystem is being created. This is to be available to materials research and the metalworking industry as a future-proof …
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Additive manufacturing: The Laser Powder Bed Fusion (L-PBF) technique is particularly interesting for lightweight alloys as it offers advantages over the well-established casting processes. RESIFT aims at identifying the best heat treatment to optimise the fatigue life of an L-PBF AlSi10Mg alloy.