| Status: | professor |
|---|---|
| Building, room: | fsz. 063 |
| Phone: | 463-3252 |
| Fax: | 463-1366 |
| E-mail: | szabo.peter.janos@gpk.bme.hu |
| Speciality: | Materials science, materials testing, electron microscopy, X-ray and electron diffraction, crystal orientation determination, grain boundary engineering |
| Teached subject: | BSc thesis project Elektronikai technológia és anyagismeret Investigation of microstructure MSc thesis project A MSc thesis project B Materials Engineering Materials Science Materials Science and Testing Materials Science and Testing Nondestructive Testing Nondestructive Testing of Materials |
Consulting hours: make an appointment via e-mail
Speciality
Investigation of the microstructure of materials (mostly metals) by electron microscopy and other methods. Grain boundary engineering. Production of ultra fine grained materials.
CV
– Educational background
1992 M.Sc. Electrical Engineer
– Workplaces
1994-1995 assistant, 1995-2001 senior lecturer, 2001- associate professor, Department of Materials Science and Engineering, BUTE
– Academic degrees
1995 Ph.D. Materials Science
2013 D.Sc. Materials Science
2013 Dr.-habil
– Language skills
English (fluent)
German (intermediate)
Scientific or public activities, memberships
1999- European Microbeam Analysis Society, member
1996-2000 American Society of Metals, member, Hungarian secretary
2005-2008 Hungarian Materials Society, member
2008- Hungarian Materials Society, member of leadership
2008- Hungarian Microscopic Society, member
2009- Royal Microscope Society, member
2009- Hungarian Conference of Materials Science, Chief of the Organizing Committee Research projects
2010- Periodica Polytechnica ser. Mechanical Engineering, editor-in-chief
2012-2021 MTA Materials Science and Technology Scientific Committe, secretary
2021- MTA Materials Science and Technology Scientific Committe, president
Research projects
– Science Conference of Students
Grain boundary engineering of different metals by thermo-mechanical treatments
Investigation of brazing of austenitic steel, effect of grain boundary structure
Investigation of dislocation density by electron back scattering diffraction
– BSc and MSc thesis works
Investigation of Cu-Mn thin layers
Effect of plastic deformation on the texture of metals
– PhD
Investigation of recrystallization by different methods
The effect of texture to the properties of metals
Grain boundary engineering. Production of ultra fine grained materials.
