1. Introduction to the issue of 3D printing, 3D printing methods, basic classification of metal materials.
2. Structural properties of metallic materials - bonds between atoms, crystal systems.
3.4. Binary diagrams, crystallization, phase transformations, thermodynamics, influence of used additive technologies on solidification.
5. Mechanical properties of materials - strength, elasticity, deformation, static and dynamic testing of materials.
6. Structural phase analysis of metal materials after additive manufacturing - qualitative and quantitative characterization of the microstructure.
7. Input materials for additive technologies - input powders, production, characterization.
8. Influence of the used preparation method on the microstructure, the relationship between the microstructure and mechanical properties.
9. Overview of materials prepared by additive technologies - steels, superalloys, Ti-alloys, Al-alloys, pseudoalloys, dispersion strengthened alloys.
10. Mechanisms of strengthening of metallic materials - precipitation, recrystallization, influence of additive technologies, heat treatment
11.HIP- influence of hot isostatic pressing on the elimination of porosity of metal materials prepared by additive technologies and on mechanical properties.
12,13.- Real studies on products prepared by additive manufacturing - effect of individual printing parameters, effect of heat treatment, mechanical properties.
2. Structural properties of metallic materials - bonds between atoms, crystal systems.
3.4. Binary diagrams, crystallization, phase transformations, thermodynamics, influence of used additive technologies on solidification.
5. Mechanical properties of materials - strength, elasticity, deformation, static and dynamic testing of materials.
6. Structural phase analysis of metal materials after additive manufacturing - qualitative and quantitative characterization of the microstructure.
7. Input materials for additive technologies - input powders, production, characterization.
8. Influence of the used preparation method on the microstructure, the relationship between the microstructure and mechanical properties.
9. Overview of materials prepared by additive technologies - steels, superalloys, Ti-alloys, Al-alloys, pseudoalloys, dispersion strengthened alloys.
10. Mechanisms of strengthening of metallic materials - precipitation, recrystallization, influence of additive technologies, heat treatment
11.HIP- influence of hot isostatic pressing on the elimination of porosity of metal materials prepared by additive technologies and on mechanical properties.
12,13.- Real studies on products prepared by additive manufacturing - effect of individual printing parameters, effect of heat treatment, mechanical properties.