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Giulia Masi

Junior assistant professor (fixed-term)

Department of Civil, Chemical, Environmental, and Materials Engineering

Academic discipline: IMAT-01/A Materials Science and Technology

Research

Keywords: Alkali activated materials, Ceramics, Construction Materials, Corrosion, Cultural Heritage, Durability

  • Development of low-environmental-impact ceramic-like materials with high performances for industrial and civil engineering sector (alkali activated materials/geopolymers).
  • Designing and investigation of porous materials produced from industrial by-product precursors for high temperature applications, membranes and adsorbents development.
  • Investigation of materials durability in light of the corrosion behaviour and degradation mechanisms, such as the corrosion resistance of steel in alternative binders (alkali activated materials/geopolymers) for civil engineering applications and the corrosion behaviour of different metals and alloys (cast irons, high-strength low alloy steels, corrosion resistant alloys) and the assessment of innovative organic and metallic protective coatings for mechanical, pharmaceutical and offshore industry.
  • Study of the interaction between environmental parameters (pollutants, rainfalls and atmospheric depositions) and materials in the field of Cultural Heritage. Main studied materials are metallic alloys (e.g. Cu-based alloys) and natural and artificial stones.
  • Evaluation of the efficiency and development of conservation strategies for the improvement of corrosion resistance of metallic alloys (e.g. Cu-based alloys) and natural and artificial stones, for Cultural Heritage applications.
  • Development of methodologies for studying material decay, especially the simulation of atmospheric corrosion conditions by artificially ageing methods considering the environmental and geometrical exposure conditions.

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