Subject · Mechanical engineering (bachelor)
Materials science
About this subject
Credits
5
Workload
150hours
Semester
Autumn
Academic year
2025-2026
Description
Students will learn the formation of the structure of materials, linear and non-linear stress-strain behavior, the effect of the interatomic bond energy of metals and alloys, alloy composition and crystal structure on properties, test methods for determining the mechanical properties of materials with different stresses, the mechanisms of material strengthening, the creation of a relationship between the chemical composition, crystal structure and properties of metallic materials, the principles of deformation and disintegration, the formation and propagation of cracks mechanisms, the causes of creep and fatigue, as well as the principles of selecting materials with the required operational properties, and the necessary knowledge and skills about managing the alloy structure are intended to be taught.
Course learning outcomes
No learning outcomes have been added.