Academic year/semester: 2024/25/1

ECTS Credits: 4

Available for: All OU students

Lecture hours: 2
Seminarium:0
Practice: 0
Laboratory: 1
Consultation: 0

Prerequisites: none

Course Leader: Dr. habil. Miklós Fried

Faculty: Kandó Kálmán Faculty of Electrical Engineering, 1084 Budapest, Tavaszmező utca 17.

Course Description:

Competences:

Topics:
Basics of material structure: bonding types, crystallographic basics, lattice types, characterization of the structure, crystal defects, their effect on properties.
Basics of material structure: bonding types, crystallographic basics, lattice types, characterization of the structure, crystal defects, their effect on properties.
Band structure, metals, semiconductors, insulators
Procedures for modifying the microstructure, their modeling
The modern methods of material testing and structural testing. Typical materials of the electrical industry, special material requirements; conducting materials (metallic conductors, graphene, CNT, superconductors, transparent conductors,
polymers), semiconductors, insulators, magnetic materials.
The modern methods of material testing and structural testing. Typical materials of the electrical industry, special material requirements; conducting materials (metallic conductors, graphene, CNT, superconductors, transparent conductors,
polymers), semiconductors, insulators, magnetic materials.
Mixed phenomena (eg piezo, electro-optical). Mechanical and thermal properties, requirements for energetic,
in the electronics industry.
Mixed phenomena (eg piezo, electro-optical). Mechanical and thermal properties, requirements for energetic,
in the electronics industry.
Application of special ceramics, polymers, composite materials, material requirements, a features design options.
Application of special ceramics, polymers, composite materials, material requirements, a features design options.
Application of nanostructures in electronics, the phenomena material science interpretation
Application of nanostructures in electronics, the phenomena material science interpretation
Aspects and methods of material selection
Aspects and methods of material selection

Assessment: The successful (adequate) writing of the tests (separately) and their average form the mid-year Participation in the sessions is regulated by the TVSZ.

Exam Types:

Compulsory bibliography: Course materials uploaded to Moodle

Recommended bibliography:

Additional bibliography:

Additional Information: