TOTAL LIFE CYCLE Components production, joining, finishing, surface engineering Eco-engineering, portfolios, use, re-use and recycling Material synthesis.

Präsentation zum Thema: "TOTAL LIFE CYCLE Components production, joining, finishing, surface engineering Eco-engineering, portfolios, use, re-use and recycling Material synthesis."—  Präsentation transkript:

1 TOTAL LIFE CYCLE Components production, joining, finishing, surface engineering Eco-engineering, portfolios, use, re-use and recycling Material synthesis and processing, Material modeling, computational engineering Methods of testing & characterization, performance assessment INTERACTIVE OPTIMISATION APPROACH TU-Vienna Materials Cluster

2 Vienna University of Technology - Materials Cluster Materialdesign für Neuentwicklungen Nano-strukturierte Halbleiterelemente Leicht/Ultraleichtwerkstoffe Zellulare Materialien, Polymer und Metal Matrix Verbundwerkstoffe Materialcharakterisierung und Werkstoffprüfung (an/isotrop, thermo-mechanisch, tribologisch) Oberflächenveredelung und -charakterisierung Pulvermetallurgie Umformtechnologie Fügetechniken Modellierung und Simulation (computational engineering, reverse engineering) Biomechanische Anwendungen Mikro-Bauteiltechnik Werkstoffe für die Elektronik Leichtbau für Transportmitteln Material Portfolios, Einsatzszenarien Rezyklieren, Öko-Design Produkt-Lebenszyklusanalysen HERSTELLUNGS- VERFAHREN: CHARAKTERISIERUNG: WEITERVERARBEITUNG: MODELLBILDUNG: ANWENDUNGEN: WERKSTOFFBEWERTUNG ÖKO-DESIGN: TU-Vienna Materials Cluster

3 ULTRALICHT HYBRID MATERIAL Inorganic/organic materials SiO 2 AEROGELS (95% porosity) thermal & acoustic isolation, transparent TU-Vienna Materials Cluster

4 STRUCTURAL CHARACTERISATION High resolution analytic electron and ion microscopy Scanning tunneling microscopy X-ray, electron, neutron diffraction Small angle scattering X-ray computed micro/meso-tomography 5 mm TU-Vienna Materials Cluster

5 FORMING and JOINING Special light metal manufacturing techniques: Laser assisted forming (Ti, Mg) Solid free forming Special welding techniques Joining of dissimilar materials Adhesive bonding TU-Vienna Materials Cluster

6 SURFACE ENGINEERING Structural and chemical surface analysis Plasma and Laser technology Scanning tunneling microscopy Tribology and wear TU-Vienna Materials Cluster

7 COMPUTATIONAL ENGINEERING FEM – Finite Elemente Methods Computational Fluid Dynamics Dynamic Multi-Components Simulations Process-Simulations Optimisation of passive safety components TU-Vienna Materials Cluster