12:00 – 13:30                                                                       JUNE 13, 2019
A. I. CUZA Hall

Modelling, computational material science, and numerical simulation of materials are today the pre-condition for design and development of novel functional materials, instead of experience-based material development. In particular, nanomaterials and materials for quantum devices require validated multi-scale models. The session highlights material selection and optimization on an atomistic scale, which requires well-established cause-effect relationships and the scale bridging from atomistic models through microscale regime to component functionality. There is a wide range of applications- from electronics, surface engineering, and energy materials to biomaterials.

MODERATOR:

Winfried Keiper, Keiper Consulting, co – secretary of the European Technology Platform for Advanced Engineering Materials and Technologies, Germany

INVITED SPEAKERS:

Pietro Asinari, Energy Department – Politecnico di Torino, Italy
How the European Materials Modelling Council promotes Model Development and Validation in Europe

Salim Belouettar, Head of the Structural Composites Group, Institute of Science and Technology, Luxembourg
Material Modelling Empowered Business Decision Support System (BDSS)

Natalia Konchakova, Magnesium Innovation Centre MagIC of the Helmholtz Zentrum Geesthacht, Germany
Translator guiding industry in decisions

Arpit Singhal, Fraunhofer Institut für Werkstoffmechanik IWM, Germany
Materials modelling MarketPlace to enable industrial innovation through interoperable multiscale simulations

Tomi Suhonen, VTT Finland
Integrated Computational Materials Engineering in Addressing Material Design and Optimization in Industrial Problems

Amaya Igartua, Head of Tribology Unit at IK4-TEKNIKER, EuMaT General Secretary, Spain
Modelling activities as a tool to predict properties and materials behaviour

MODERATOR:

KEYNOTE SPEAKERS (in alphabetical order)