Eine SWOT-Analyse zum Einsatz der Additiven Fertigung für metallische Bauteile

Buchmayr, Bruno; Panzl, Gerhard

doi:10.1007/s00501-014-0326-1

Cited by 5 publications

(1 citation statement)

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“…The main objectives were focussed on the development of new AMmaterials, modelling, and simulation of new industrial processing types, on the analysis of requirements and process-oriented design rules as well as on process integration and new business models. The definitions of the working packages (WPs) were based on a SWOT-analysis [11] on AM-and SLM-technology, respectively. The project was aligned to strengthen the value-added chain from produc- [12] tion of power material to typical application areas like automotive, aeronautics, tool making, electronics, and hightemperature materials.…”

Section: Structure Of Leader Project "Addmanu"mentioning

confidence: 99%

Results and Conclusions on Metallic Materials Made by AM within the Austrian Leader Project “addmanu”

Buchmayr

Panzl

Walzl

et al. 2019

Berg Huettenmaenn Monatsh

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The paper provides a selection of manifold results and findings gained within a national research and leader project, called "addmanu" , which has motivated a lot of other researchers and companies to go into this interesting field of metallic additive manufacturing. New material developments, lightweight AM-concepts, hybrids, components having a very complex geometry, production of very small channels, reduction of surface roughness, and the production of a series of parts in high-tech application areas are demonstrated.

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Section: Structure Of Leader Project "Addmanu"mentioning

confidence: 99%