Lectures:
- Austenite transformation products (reconstructive and displacive transformation), their mutual relationships and possibilities of controlling - part 1.
- Austenite transformation products (reconstructive and displacive transformation), their mutual relationships and possibilities of controlling - part 2.
- Steels for automotive industry (IF, DP, HSLA, BS, TRIP, multiphase steels) - their properties and treatment principles.
- High manganese materials (the TWIP and TRIPLEX alloys), including the hadfield´s steel, their physical-metallurgical principles, properties and application.
- Martensite hardened materials (Maraging) - properties, principles of treatment and application.
- Corrosion resistant steels - ferrite, austentie, duplex, martensite and dispersively hardened steels. Their physical metallurgical principles, properties, treatment principles and application.
- Carbon heat-resistant steels, low and high alloyed heat-resistant steels, their treatment and apllication possibilities.
- Ni - alloys of Monel type, alloys with specif physical properties and high strength alloys. Hardening of the Ni-alloys, phases stability detected in superalloys, modification of the grain boundaries properties, treatment of given alloys and application.
- The Cu-alloys, their tretment and application possibilitie.
- The Al-alloys, their tretment and application possibilitie.
- The Mg-alloys, their tretment and application possibilities.
- The Ti-alloys, their tretment and application possibilities.
- The Zr-alloys, their tretment and application possibilities.
- Materials with high melting point and their technical application. materials for hydrogen storage.
Seminars:
- Opening seminar and information about program.
- Phase and structural composition of steels and iron-steels.
- Quantitative evaluation by use of basic stereological methods. Evaluation of cleanness, grain size and percentage part of presented phases in chosen steel types.
- Éffwct of harmful elements, quantitative evaluation, microfractographic characteristics including evaluation of real fracture surfaces and microstructures.
- Structure and properties of chosen structural and alloyed steels. Using the IRA and ARA diagrams.
- Microstructure study of upper bainite in comparison with acicular ferrite, granular bainite and high manganese materials.
- Microalloyed and low alloyed steels, unconventionally treated materials.
- Evaluation of chosen steel types using the SCAN and EDAX.
- Test.
- High alloyed special steels. Microstructure and properties of anticorrosive steels (martensite, duplex, austenite and ferrite steels).
- Manganese, heat-resistant and fire-resistant steels.
- Properties and structures of chosen alloy types (Cu, Al, Mg-alloys).
- Properties and structures of chosen alloy types (Ni and Ti-alloys).
- Short test. Seminar evaluation and credit.
- Austenite transformation products (reconstructive and displacive transformation), their mutual relationships and possibilities of controlling - part 1.
- Austenite transformation products (reconstructive and displacive transformation), their mutual relationships and possibilities of controlling - part 2.
- Steels for automotive industry (IF, DP, HSLA, BS, TRIP, multiphase steels) - their properties and treatment principles.
- High manganese materials (the TWIP and TRIPLEX alloys), including the hadfield´s steel, their physical-metallurgical principles, properties and application.
- Martensite hardened materials (Maraging) - properties, principles of treatment and application.
- Corrosion resistant steels - ferrite, austentie, duplex, martensite and dispersively hardened steels. Their physical metallurgical principles, properties, treatment principles and application.
- Carbon heat-resistant steels, low and high alloyed heat-resistant steels, their treatment and apllication possibilities.
- Ni - alloys of Monel type, alloys with specif physical properties and high strength alloys. Hardening of the Ni-alloys, phases stability detected in superalloys, modification of the grain boundaries properties, treatment of given alloys and application.
- The Cu-alloys, their tretment and application possibilitie.
- The Al-alloys, their tretment and application possibilitie.
- The Mg-alloys, their tretment and application possibilities.
- The Ti-alloys, their tretment and application possibilities.
- The Zr-alloys, their tretment and application possibilities.
- Materials with high melting point and their technical application. materials for hydrogen storage.
Seminars:
- Opening seminar and information about program.
- Phase and structural composition of steels and iron-steels.
- Quantitative evaluation by use of basic stereological methods. Evaluation of cleanness, grain size and percentage part of presented phases in chosen steel types.
- Éffwct of harmful elements, quantitative evaluation, microfractographic characteristics including evaluation of real fracture surfaces and microstructures.
- Structure and properties of chosen structural and alloyed steels. Using the IRA and ARA diagrams.
- Microstructure study of upper bainite in comparison with acicular ferrite, granular bainite and high manganese materials.
- Microalloyed and low alloyed steels, unconventionally treated materials.
- Evaluation of chosen steel types using the SCAN and EDAX.
- Test.
- High alloyed special steels. Microstructure and properties of anticorrosive steels (martensite, duplex, austenite and ferrite steels).
- Manganese, heat-resistant and fire-resistant steels.
- Properties and structures of chosen alloy types (Cu, Al, Mg-alloys).
- Properties and structures of chosen alloy types (Ni and Ti-alloys).
- Short test. Seminar evaluation and credit.