Presentations

Technical & Scientific coordination: Dr. Santiago Cuesta López (ICCRAM, General Manager)
Technical organization: Iris García and Gloria Rodríguez (ICCRAM, R&D Project Managers), Apostolos Chamos, Kyriaki Panagopoulou and Clio Drimala (EASN TIS)

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International Spring School

Introduction of new material in space - Qualifaction testing needs - Michael Scheerer

Current advances and emerging needs in aeronautical materials: could nanocrystalline alloys offer the desired breakthrough? - Prof. Spiros Pantelakis

Space engineering Process of satellite hardware development - Tamás Bárczy

Brazing of SiC materials for space applications - Valérie Chaumat

Material developments for space applications - Prof. Pal Bárczy

Benefit of extreme Pressure in Materials Science P<5GPa - Dr. Alain Largeteau

Materials for extreme conditions: High temperature corrosion and steel design - Peter Szakálos

Best available methods for developing ceramic coatings for high temperature applications - Adrian Mihail Motoc

Materials consolidation by high pressure in solid and liquid medium for extreme conditions - Dr. Mythili Prakasam

You need more space - Viewing beyond - Frank M. Salzgeber

Toward frictionless engineering surface - Tomáš Polcar

Micro-Manufacturing: Products, Research, Applications and Trends - Professor Yi Qin

Advanced Ceramics for Energy and Nanomechanical Methods for in-situ characterization and residual stress estimate - Antonio Rinaldi

Severe Plastic Deformation Techniques for Metallic Materials: Potentials and Limits - Marcello Cabibbo

Corrosion tests for metals and alloys - Michele Mascia and Annalisa Vacca

High-Energy Ball Milling: a powerful technique for the synthesis of new alloys and nanostructured materials - Sebastiano Garroni

From Impact to Business - Andrea Kurz

Funding Opportunities for Young Researchers: How to find the Programmes and grants that better suit you - Marina Urbina

Application of the nano-Calphad method to select stable binary nano-crystalline alloys - George Kaptay

Introduction of new material in space - Qualifaction testing needs
- Michael Scheerer

Current advances and emerging needs in aeronautical materials: could nanocrystalline alloys offer the desired breakthrough?
- Prof. Spiros Pantelakis

Space engineering Process of satellite hardware development
- Tamás Bárczy

Brazing of SiC materials for space applications
- Valérie Chaumat

Material developments for space applications
- Prof. Pal Bárczy

Benefit of extreme Pressure in Materials Science P<5GPa
- Dr. Alain Largeteau

Materials for extreme conditions: High temperature corrosion and steel design
- Peter Szakálos

Best available methods for developing ceramic coatings for high temperature applications
- Adrian Mihail Motoc

Materials consolidation by high pressure in solid and liquid medium for extreme conditions
- Dr. Mythili Prakasam

You need more space - Viewing beyond
- Frank M. Salzgeber

Toward frictionless engineering surface
- Tomáš Polcar

Micro-Manufacturing: Products, Research, Applications and Trends
- Professor Yi Qin

Advanced Ceramics for Energy and Nanomechanical Methods for in-situ characterization and residual stress estimate
- Antonio Rinaldi

Severe Plastic Deformation Techniques for Metallic Materials: Potentials and Limits
- Marcello Cabibbo

Corrosion tests for metals and alloys
- Michele Mascia and Annalisa Vacca

High-Energy Ball Milling: a powerful technique for the synthesis of new alloys and nanostructured materials
- Sebastiano Garroni

From Impact to Business
- Andrea Kurz

Funding Opportunities for Young Researchers: How to find the Programmes and grants that better suit you
- Marina Urbina

Application of the nano-Calphad method to select stable binary nano-crystalline alloys
- George Kaptay