Agenda

PRELIMINARY AGENDA
of the
International Spring School on Forefront Alloys and Advanced Materials for Extreme Conditions
 
Day 1 | Monday, May 15th 2017
 

Time

Title

08.30-09.00

Registrations

09.00-09.30

Introduction and official presentation

ADVANCED MATERIALS FOR AEROSPACE & SPACE

09.30-10.15

You need more space – Frank M. Salzgeber

10.15-11.00

Introduction of new material in space - qualification testing needsMichael Scheerer

11.00-11.15

Coffee Break & Poster Session

11.15-12.00

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

12.00-12.45

Space engineering – process of satellite hardware developmentTamás Barczy

12.45-13.30

Qualification of brazing of SiC materials for spatial applicationsValerie Chaumat

13.30-14.00

Poster Session

14.00-15.30

Lunch

15.30-16.15

Material developments for space applications – Pal Barczy

ADVANCED MATERIALS UNDER EXTREME CONDITIONS

16.15-17.00

Benefit of extreme pressure in materials sciencesAlain Largeteau

17.00-17.45

High temperature corrosion in extreme environments focusing on different HTF's such as liquid lead and molten salt - Peter Szakálos

17.45-18.30

Best available methods for developing ceramic coatings for high temperature applicationsMotoc Adrian Mihail

18.30-19.15

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

19.15-20.30

Free time at the Resort

20:30

Buffet dinner

Day 2 | Tuesday, May 16th 2017

Time

Title

PRODUCTION, PROPERTIES, ADVANCED TESTING AND CHARACTERIZATION OF FOREFRONT SUPERMATERIALS

08.30-09.15

Toward frictionless engineering surfaceTomas Polcar

09.15-10.00

Micro-Manufacturing Engineering and TechnologyYi Qin

10.00-10.45

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

10.45-11.00

Coffee Break & Poster Session

11.00-11.45

Potentials and limits of novel severe plastic deformation techniques applied to metallic materials Marcello Cabbibo

11.45-12.30

Corrosion tests for metals and alloysMichele Mascia & Annalisa Vacca

12.30-13.15 High-Energy Ball Milling : a powerful technique for the synthesis of new alloys and nanostructured materials - Sebastiano Garroni

13.15-13.30

Poster Session

13.30-15.00

Lunch

TRANSDISCIPLINARY EDUCATION

15.00-15.45

General introduction to circular economy, efficiency of resources and sustainability of  Advanced Materials – Santiago Cuesta-López

15.45-16.30

Methods and importance of assessing the safety and environmental compatibility of new materialsLorena Romero-Santacreu

16.30-17.15

From Impact to Business: Fundamentals of understanding ‘Impact’ in the H2020 contextAndrea Kurz

17.15-17.45

European Funding Opportunities for young researchers - Marina Urbina

17.45-18.00

Lecturers vs Students free scientific debate

18.00-21.00

Free time at the Resort

21.00

Gala Dinner - Best poster award

 
Day 3 | Wednesday, May 17th 2017
 

Time

Title

THEORETICAL UNDERSTANDING OF ADVANCED MATERIALS

08.30-09.15

Multiscale modelling of multifunctional nanocomposites: Identification of parameters influencing the mechanical, electrical and thermal properties – Konstantinos Tserpes

09.15-10.00

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

10.00-10.45

Multiscale modelling as a successful tool for exploring forefront materials under extreme conditions - Santiago Cuesta-López

10.45-11.00

Coffee Break & Poster Session

11.00-11.45 Chemical synthesis of advanced materials with design functionalities for biomedical applications - Roxana M. Piticescu
11.45-12.30

Thermodynamical model for the discovery of stable nc  alloysAntonio Locci

CLOSURE

13.00-14.30

Lunch

 
 
 
 

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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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 713514.

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