EUs 5. og 6. rammeprogram
NTNU deltar i disse materialrelaterte prosjektene:
- AMFC – Advanced Methanol Fuel Cells for Vehicle Propulsion (Reidar Tunold)
- ENCAP – Enhanced Capture of CO2 (Olav Bolland)
- ENGAS – Environmental Gas Management (Morten Grønli)
- FURIM – Further Improvement and System Integration of High Temperature Polymer Electrolyte Membrane Fuel Cells (Reidar Tunold)
- HILIT – Highly Insulating and Light Transmitting Aerogel Glazing for Super Insulating Windows (Mari-Ann Einarsrud)
- LISA – Lightweight Structural Applications based on Metallic and Organic Foams (Magnus Langseth)
- MARSTRUCT – Network of Excellence on Marine Structures (Torgeir Moan)
- NAPOLY – Possibilities through Advancements in Nanotechnology for Development of High Value Ecofriendly New Biopolymers and their Applications (Kristiina Oksman)
- NATURALHY – Preparing for the Hydrogen Economy by using the Existing Natural Gas System as a Catalyst
- RecycAl – Recycling Light Metals for high value (May Britt Hägg)
- SFINX - Superconductivity - Ferromagnetism Interplay in Nano-structured Hybrid Systems (Arne Brataas)
- VIRCAST – The Virtual Cast House - Development of a Process Chain Model of Aluminium Direct Chill Casting of Tailored Products (Lars Arnberg)
- ULCOS – Breakthrough Technologies for the Steel Industry to Address the Global Warming Challenge in Europe (Geir Martin Haarberg)
Doktorgrader
- Avlagte doktorgrader, materialrelatert
NANOMAT
Store programmer er et viktig virkemiddel i Forskningsrådet for å realisere sentrale forskningspolitiske prioriteringer. De skal gi et kunnskapsmessig løft av langsiktig nasjonal betydning med sikte på å stimulere til innovasjon og økt verdiskaping eller frembringe kunnskap som bidrar til å løse prioriterte samfunnsutfordringer. Nanoteknologi og nye materialer - NANOMAT er et av de seks store programmene. NTNU har ledelsen for syv NANOMAT-prosjekter og deltar i ytterligere seks prosjekter.
Prosjekter, inndelt i henhold til våre fire fokusområder (listen er ikke fullstendig):
Lettmetaller
- Micro and nanostructure based materials development
- Light metals technology
- Fra sand til solceller
- Crystalline Silicon Solar Cells - Cost Reduction
- Surface Engineering
- Modification of Properties of Aluminium Alloys by Surface Segregation of Nanoscale Trace Element Particles
- Group on SEVERE PLASTIC DEFORMATION
at NTNU - Design of Crashworthy Light Structures
I tillegg finnes disse prosjektene under Norlight:
- Metal Forming
- Surface Science
- Fatigue and Durability
- Capacity of Multi-Stiffened Plates
- Crashworthiness
- Design and Production
- Shaped Castings
- Heat Treatment Fundamentals
Funksjonelle materialer
- Thermotech
- Molecular Modelling in Nanotechnology
- FUNMAT
- Materials for Hydrogen Technology
- Nanosized functional materials for (electro)catalytic hydrogen processes
- Nationally Coordinated Project in Oxides for Future Information and Communication Technology
- Dendritic nanoporous materials with multifunctionality
- Application of STM techniques for the study of electrocatalytic systems
Polymerer og kompositter
- Skreddersydde polyolefiner
- Forum for sprøytestøping (av plast)
- Bio polymer based nanocomposites; Processing and Relationship between Structure and Properties
Konstruksjoners integritet
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