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RFCS iNiTiAl

High resolution techniques are key to quantify the effect of individual Ni-Al-Ti-precipitates on properties

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With the courtesy of Montan Universität Leoben

RFCS iNiTiAl

It takes 400 unique lab samples and systematic screening to identify the effect of individual alloying elements and heat treatment parameters on precipitation and strength

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With the courtesy of OCAS

RFCS iNiTiAl

A robust recycling strategy is crucial for cost-effective industrialisation

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With the courtesy of Aubert & Duval

RFCS iNiTiAl

The influence of austenite straining path & re-austenitisation treatment on structure and properties of novel corrosion resistant high strength steels

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With the courtesy of Aubert & Duval

RFCS iNiTiAl

Taking the stainless landing gear to the next strength level

With the courtesy of Liebherr

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RFCS iNiTiAl

Never, such an extended investigation has been done on all aspects of the “Process-Structure-Property” correlation triangle in modern Co-free maraging steels

With the courtesy of OCAS

About the project