Lectures:
- Introduction - A general overview of special materials and examples of their practical application.
- Rapid solidification, physical and metallurgical characteristics.
- Amorphous alloys, technologies of preparation, mechanical, corrosion and magnetic properties. Devitrification.
- Nanocrystalline materials, basic evaluation of physical and chemical characteristics, basic structural characteristics.
-Preparation technique of nanocrystalline materials, mechanical properties, multi-functional materials.
- Intermetallics, microstructural characteristics, physical and mechanical properties of technologically important types of intermetallics.
- Technical and technological aspects of mechanical alloying, basic technological process parameters, physical and metallurgical characteristics, strengthened alloys by oxide dispersion.
- Magnetic materials, physical nature, hard and soft magnets.
- Superconductors, physical parameters of production technology and the use of superconductors. Low-and high-temperature superconducting materials. Degradation.
- Superplastic materials, types of superplasticity and its physical and metallurgical characteristics, microstructure.
- Polymeric materials, visco-elastic properties-models. Physical properties of real polymers. Electrical properties.
- Fillers and their effects on mechanical properties of polymers.
- Fatigue processes and antidegradation for polymers.
Exercise:
- Introduction - familiarization with filling the exercises, conditions of granting credits, designate the semestral assignment topics.
- Overview of the special materials and examples of their application.
- Devitrification of amorphous alloys. Program Number 1
- Nanocrystalline materials. Structural phase analysis of friction materials for automobile brake systems. Program Number 2
- Materials produced by powder metallurgy. Evaluation of the grain size of the powders.
- Intermetallics. Structural phase analysis of intermetallics.
- Magnetic materials. Structural phase analysis of transformer plates.
- Polymeric materials. Determination of coefficient of thermal expansion of polymeric materials. Program Number 3
- Determination of Young modulus and Poisson's number by ESPI method.
- Excursion.
- Presentation of semestral assignment.
- Credits count.
- Introduction - A general overview of special materials and examples of their practical application.
- Rapid solidification, physical and metallurgical characteristics.
- Amorphous alloys, technologies of preparation, mechanical, corrosion and magnetic properties. Devitrification.
- Nanocrystalline materials, basic evaluation of physical and chemical characteristics, basic structural characteristics.
-Preparation technique of nanocrystalline materials, mechanical properties, multi-functional materials.
- Intermetallics, microstructural characteristics, physical and mechanical properties of technologically important types of intermetallics.
- Technical and technological aspects of mechanical alloying, basic technological process parameters, physical and metallurgical characteristics, strengthened alloys by oxide dispersion.
- Magnetic materials, physical nature, hard and soft magnets.
- Superconductors, physical parameters of production technology and the use of superconductors. Low-and high-temperature superconducting materials. Degradation.
- Superplastic materials, types of superplasticity and its physical and metallurgical characteristics, microstructure.
- Polymeric materials, visco-elastic properties-models. Physical properties of real polymers. Electrical properties.
- Fillers and their effects on mechanical properties of polymers.
- Fatigue processes and antidegradation for polymers.
Exercise:
- Introduction - familiarization with filling the exercises, conditions of granting credits, designate the semestral assignment topics.
- Overview of the special materials and examples of their application.
- Devitrification of amorphous alloys. Program Number 1
- Nanocrystalline materials. Structural phase analysis of friction materials for automobile brake systems. Program Number 2
- Materials produced by powder metallurgy. Evaluation of the grain size of the powders.
- Intermetallics. Structural phase analysis of intermetallics.
- Magnetic materials. Structural phase analysis of transformer plates.
- Polymeric materials. Determination of coefficient of thermal expansion of polymeric materials. Program Number 3
- Determination of Young modulus and Poisson's number by ESPI method.
- Excursion.
- Presentation of semestral assignment.
- Credits count.