Mission
Understanding of engineering materials behaviour through:
Study of surface properties of systems for advanced mechanical engineering
and micro-devices applications, through numerical and analytical modelling,
advanced characterization methods, technological, mechanical, tribological
and chemical tests. Development of advanced multi-scale methodology
related with morphological, micro-structural and micro-analytical
characterization of materials through optical, ionic, electronic and contact
probes. Development of techniques for application of the
nano-microstructure-process-propriety-performance correlations to the control
and the optimization of materials processing especially for the development of
anti-wear and corrosion resistant coatings.
Development of integrated methodologies for nano and micro structural
characterization of materials and analysis of the
nanostructure-microstructure-process-propriety-performance correlations, aimed
to the prediction of the materials behaviour in real-use conditions, of
reliability and of degradation (failure analysis).
More...
Scorecard
(live update)
- Staff: 3 permament, 11 temporary;
- Laboratory equipments
(morphological, compositional, structural, mechanical characterization, wear
corrosion test, ...);
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| Students' research works:
11
last Academic Year, 183
total. |
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Students' research works: 10 last Academic Year, 154 total;
- Public and Private Research Projects: 26 now ongoing, 131 since 1999;
- Seminars, Conferences and Workshops organized: 14 last 12 months, 108
since 1998;
- Seminars, Conferences and Workshops attended: 11 last 12 months, 57
since 1998.
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Contacts
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