KMM THIRD INTEGRATION SUMMER SCHOOL The Network of Excellence "Knowledge-based multicomponent materials for durable and safe performance" (KMM-NoE) has been established in order to create a coherent pan-European structure of key academic and research institutions, SMEs and large industry partners in the field of knowledge-based multicomponent materials designed for safe and durable performance in highly demanding loading and environmental conditions. Such materials include functionally graded materials, metal-ceramic composites and intermetallics. Objectives The main objectives of KMM-NoE are: • to contribute to creation of the ERA in the field of knowledge-based multi-component materials oriented towards advanced industrial applications • to network, strengthen and consolidate the fragmented and dispersed RTD potential in this area and apply instruments assuring long-lasting and progressive integration • to achieve a deep integration in the form of a new legal entity and cooperating research and industrial networks • to continuously enhance the research and technological skills of the Network to gain and hold the leading world position in this area. Participants The KMM-NoE brings together a critical mass of high level expertise (key academic and research institutions, SMEs and large industry partners) in the field of knowledge-based multicomponent materials from across 10 countries in Europe.
Erhard Brandl (None)
Possibilities and limits of Rapid Technologies for metals, ceramics and their compositesValentina Casalegno (None)
Ivo Dlouhy (None)
Deformation response and fracture criteria of TiAlFabrizio Fiori (None)
Neutron and X-ray Tomography Techniques: Principles and Applications in Materials ScienceHalina Garbacz (None)
Itziar Garcia Urrutia (None)
Joerg Hohe (None)
Katarzyna Kowalczyk-Gajewska (None)
Modelling of polycrystalline behaviour and microstructure evolution of TiAlRod Martin (None)
David McPhail (None)
Jeanne Pouquet (None)
Arjen Roos (None)
Enrique Sanchez (None)
Thermal spray deposition techniques for obtaining nanostructured coatingsBernhard A. Schrefler (None)
Use of intermetallics for superconducting coils