UNIRSM Study plan Chemistry applied to materials, environment and recycling

Chemistry applied to materials, environment and recycling

Year

2

Semester

2

CFU

9

Professor

Marcello Romagnoli

Learning outcomes

Know the main types of building materials and their applications. Knowing how to choose the most suitable materials for specific applications.

Course contents

Contents

  • Organic chemistry, petroleum derivatives, fuels and traditional and renewable energy sources.
  • Natural organic materials, wood, cellulose and main derivatives.
  • Synthetic plastic materials.
  • Iron and alloys.
  • Main non-ferrous metals and their alloys.
  • Glass and its applications.
  • bricks.
  • Ceramic materials for flooring and cladding.
  • Stone materials.
  • Film-forming materials and paints.
  • Aerial and hydraulic binders.
  • Notes on cementitious and polymeric matrix composite materials.
  • Insulation materials.
  • Degradation of materials, corrosion and degradation processes of metallic, ceramic, glassy, ​​polymeric and cementitious materials and structures.
  • Chemical and electrochemical corrosion. Corrosion prevention.
  • Material diagnosis

Assessment methods

An oral test is foreseen.

Civil Engineering - IASA
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