Evaluation of NDT Techniques for Assessment of Critical Process and Manufacturing Related Flaws and Defects for a Ti-alloy

Innovative post-treatment techniques for additively manufactured Ti6Al4V parts

innovative, environmentally friendly methodes for appropriate modification of material properties and mechanical strength

Application of state-of-the-art non-destructive testing for complete characterization

detection of critical flaws, defects, deducing relationship between printing and resulting materials and mechanical properties; essential for certification for the aeronautical industry

Massive reduction on fuel consumption and therefore on CO2 emission

via massive weight reduction with the help of lightweight titanium parts replacing other metals like steel or aluminum

Innovative post-treatment techniques for additively manufactured Ti6Al4V parts

Using NDT for detection of critical flaws

We are driven by advantages for the environment

reduction on fuel consumption, CO2 emission reduction

Featured Work of project consortium

DIPL.-ING. NORICA GODJA, project leader

DR. PETER VELICSANYI, former project leader

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