Projekte

Lightweight construction concepts for cast structural components of wind turbines

LeKoGussWEALightweighting concepts for cast structural components of wind turbinesThe continuous increase in the performance of wind turbines is accompanied by a continuous increase in the weight of the nacelle, which results in a variety of problems. The aim of the research project outlined here is therefore to reduce the weight of the cast structural components […]

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Process development for the production of FeAl components for gas and steam combined cycle power plants

FeAl-GDProcess development for the production of FeAl components for gas and steam combined cycle power plantsTechnological and funding-related objectives: 1. improvement of the processability and ductility of FeAl alloys through basic research into grain refinement. 2. validation of the effects of grain refinement on ductility, BDTT, creep resistance, oxidation; compilation of a material database. 3.

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SinglePAM – Development, construction and qualification of an alternative melting route for the production of aerospace-certified Îł-TiAl alloys

SinglePAMSinglePAM – Development, construction and qualification of an alternative melting route for the production of aerospace-certified Îł-TiAl alloysThe aim of the project is to develop and construct the first European plasma melting system (SinglePAM) for the industrial production of Îł-titanium aluminide materials (GE and TNM) for low-pressure turbine blades (GTF/LEAP X, Ultrafan) and to construct

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WAFEAL – Material applications for iron aluminides (FeAl)

WAFEALWAFEAL – Material applications for iron aluminides (FeAl)The aim of the project is to develop practice-oriented recommendations for action in the form of new design/production recommendations that enable the reliable production of components made of FeAl.The proposed research project addresses the transfer of research findings in the field of casting processing of iron aluminide alloys

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Solidification research for lightweight materials in weightlessness – II

ELiS-IISolidification research for lightweight materials in microgravity – IIFurther development of solidification and material models and numerical simulation tools based on dedicated experiments, also under reduced gravityThe aim of the project is to investigate and model the microstructure formation responsible for the material properties during solidification in different material classes, solidification forms and length scales.

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Integrated Computational-Experimental material Engineering of Therma Spray coatings

CoBRAINIntegrated Computational-Experimental material Engineering of Therma Spray coatingsCoBRAIN aims to develop solutions for wear and corrosion-resistant coatings by thermal spraying, generating experimental and computational datasets and developing a specific domain ontology to enable their interoperability. A unique synergy of these datasets and the data on material lifecycle sustainability, are used in Deep Learning (DL) algorithms

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Integrated digital process chains to increase the efficiency of all supply stages for climate-neutral aviation

InDiProIntegrated digital process chains to increase the efficiency of all supply stages for climate-neutral aviationThe specific overarching goal of the InDiPro project is to enable metalworking companies in the aviation supply industry to achieve a significant acceleration of development cycles for future components for climate-neutral aviation by means of comprehensive digitalization of the value chain

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Development of the digital hybrid process chain by linking automated data acquisition with simulation approaches for overall process optimization, taking ecological aspects into account

HILLSDevelopment of the digital hybrid process chain by linking automated data acquisition with simulation approaches for overall process optimization, taking ecological aspects into accountThe HILLS project aims at the climate-oriented development of a fully digitized, hybrid process chain that combines the manufacturing processes AM (WAAM and L-DED) and forging. The project aims to investigate which

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