Invited Speakers
B. Clyne | Â University of Cambridge, UK |
Progress in surface engineering | |
S. van der Zwaag | Â Delft University of Technology, The Netherlands |
Self healing materials | |
P. Dolabella Portella | Â Federal Institute for Materials and Research Testing (BAM), Germany |
The physical metallurgy of single crystalline nickel base superalloys | |
P. Goodhew | Â University of Liverpool, UK |
The Teaching of Materials Science | |
H. Bhadeshia | Â University of Cambridge, UK |
Phase transformation contributing properties of modern steels | |
Y. Brechet | Â LTPCM/ENSEEG Grenoble, France |
 Limits in scale refinement; strain rate sensitivity, work hardening and ductility of nanostructure materials | |
F. Bruckert | Â Institut National Polytechnique de Grenoble, France |
Challenges of materials engineering in demands of life science and medicine; biomaterials, bio-physics | |
R. Ebner | Â Materials Center Leoben Forschung GmbH, Austria |
Damage mechanism during modern steel manufacturing | |
K. Kurzydłowski |  Warsaw University of Technology, Poland |
Modelling of microstructure and properties from the nano- to macro scale | |
J.M. Lackner | Â Joanneum Research Forschungsgesellschaft mbH, Laser Center Leoben, Austria |
New advanced hybrid coatings - About the self assembling nanotopography formation | |
Z. Nawrat | Â Foundation of Cardiac Surgery Development, Poland |
Robin heart progress - Advanced materials and technologies in surgical robots | |
W. Neumann | Â Humboldt University of Berlin, Germany |
Advanced microstructure diagnostic concerning quantitative HRTEM and analysis of interphase | |
M. Sanak | Â Jagiellonian University, Medical College, Poland |
Methodology of hemobiocompatibility monitoring of cardiovascular devises | |
M. Zehetbauer | Â University of Vienna, Austria |
Progress in nanomaterials | |

