Lectures:
- Introduction - Overview of technical materials.
- Construction of a metals, lattice defects - point, line, surface, solid solutions, intermediate phases, mechanical mixtures.
- Crystallization of metals and alloys, basic binary diagrams.
- Main binary diagrams.
- Iron-carbon diagram. Crystallization of alloys with graded carbon content.
- Transformation diagrams, IRA, ARA.
- Fundamentals of heat treatment. Basic types.
- Fundamentals of testing mechanical properties.
- Distribution of materials based on polymers. The technical importance of macromolecular substances. The basic division.
- The basic structural characteristics, formation of macromolecular substances, their processing.
- Mechanical, corrosion and thermal characteristics of different groups of polymers and their degradation.
- Application areas of the main groups of macromolecular substances in the automotive industry.
Exercise:
- Introduction exercises. Familiarization with the filling of the exercises. Recommended reading. Safety in laboratories. Distribution of technical materials.
- Descriptions of the basic binary diagrams. Calculations.
- Descriptions of more dificult binary diagrams. Calculations. Program number 1
- Diagram of iron-carbon, iron cast and steel division. Program number 2
- Basics of metallographic sample preparation, metallographic microscopes.
- Practical metallographic preparation of specific samples of steel and cast iron.
- Evaluation of the structures, structural content of prepared samples and other metallographic evaluation. Program number 3
- Evaluation number 1.
- Heat treatment of steels, transformation diagrams, hardening capacity of steels.
- Basic mechanical properties of metals, Hooke's Law, modulus of elasticity.
- Mechanical properties of polymers and non-ferrous metals as compared with steels.
- Technically important types of macromolecular substances. Program number 4
- Evaluation number 2
- Credits count. Compensatory and alternative evaluations.
- Introduction - Overview of technical materials.
- Construction of a metals, lattice defects - point, line, surface, solid solutions, intermediate phases, mechanical mixtures.
- Crystallization of metals and alloys, basic binary diagrams.
- Main binary diagrams.
- Iron-carbon diagram. Crystallization of alloys with graded carbon content.
- Transformation diagrams, IRA, ARA.
- Fundamentals of heat treatment. Basic types.
- Fundamentals of testing mechanical properties.
- Distribution of materials based on polymers. The technical importance of macromolecular substances. The basic division.
- The basic structural characteristics, formation of macromolecular substances, their processing.
- Mechanical, corrosion and thermal characteristics of different groups of polymers and their degradation.
- Application areas of the main groups of macromolecular substances in the automotive industry.
Exercise:
- Introduction exercises. Familiarization with the filling of the exercises. Recommended reading. Safety in laboratories. Distribution of technical materials.
- Descriptions of the basic binary diagrams. Calculations.
- Descriptions of more dificult binary diagrams. Calculations. Program number 1
- Diagram of iron-carbon, iron cast and steel division. Program number 2
- Basics of metallographic sample preparation, metallographic microscopes.
- Practical metallographic preparation of specific samples of steel and cast iron.
- Evaluation of the structures, structural content of prepared samples and other metallographic evaluation. Program number 3
- Evaluation number 1.
- Heat treatment of steels, transformation diagrams, hardening capacity of steels.
- Basic mechanical properties of metals, Hooke's Law, modulus of elasticity.
- Mechanical properties of polymers and non-ferrous metals as compared with steels.
- Technically important types of macromolecular substances. Program number 4
- Evaluation number 2
- Credits count. Compensatory and alternative evaluations.